Laying sheet

Abstract

To provide a sheet for installation capable of improving convenience for a user.SOLUTION: A sheet for installation placed between a printer printing on a medium and an installation surface on which the printer is placed is provided with a first surface brought into contact with the installation surface and a second surface opposite to the first surface. At least one mark indicating information regarding the printer is provided on the second surface.SELECTED DRAWING: Figure 1

Description

Technical Field

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[0001] The present invention relates to a laying sheet.

Background Art

[0002] Conventionally, as shown in Patent Document 1, a large printer installed on the floor surface in a factory has been disclosed.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] However, in order to check information about the printer, such as the operation procedure of the printer, it is necessary to refer to the manual booklet or electronic manual that is bundled with the printer when purchasing the printer one by one, which is a burden for the user.

Means for Solving the Problems

[0005] The laying sheet is a laying sheet laid between a printing device that prints on a medium and an installation surface on which the printing device is installed, and includes a first surface that contacts the installation surface and a second surface that is opposite to the first surface, and at least one mark indicating information about the printing device is provided on the second surface.

Brief Description of the Drawings

[0006] [Figure 1] Schematic diagram showing the configuration of the laying sheet. [Figure 2] Schematic diagram showing the configuration of the printing device and the drying treatment device. [Figure 3] Schematic diagram showing the configuration of the printing device. [Figure 4]A diagram showing the operating area markers. [Figure 5] A diagram showing other operation area markers. [Figure 6A] A schematic diagram showing the configuration around the storage area. [Figure 6B] A diagram showing the operation marks for the storage unit. [Figure 7] A diagram showing scale markings. [Figure 8] A diagram showing the device name mark. [Modes for carrying out the invention]

[0007] First, let's explain the configuration of the laying sheet 1. The installation sheet 1 is a specially designed sheet that allows for easy recognition of information such as the installation area AR100 and location of the printing device 100, the operation (work) area AR40, and various operating methods. The printing device 100 in this embodiment is a relatively large device used for industrial or commercial purposes.

[0008] As shown in Figures 1 and 2, the laying sheet 1 is laid between the printing device 100 that prints on the media S and the installation surface F on which the printing device 100 is installed. The installation surface F is, for example, the floor of a factory and has a relatively large area. The laying sheet 1 comprises a first surface 1a that contacts the installation surface F, and a second surface 1b that is opposite to the first surface 1a. The printing device 100 is installed on the second surface 1b. The second surface 1b is provided with at least one mark M indicating information about the printing device 100. The laying sheet 1 has, for example, a substantially rectangular shape. In this embodiment, in addition to the printing device 100, a drying device 200, which is an example of a processing device, is also installed on the second surface 1b of the laying sheet 1, and at least one mark M indicating information about the drying device 200 is provided on the second surface 1b. Details of each mark M will be described later.

[0009] The laying sheet 1 of this embodiment has a size that includes the necessary areas such as the installation area AR100 for the printing device 100, the installation area AR200 for the drying device 200, and the operation area AR40 related to the printing device 100 and the drying device 200. Therefore, by laying the laying sheet 1 on the installation surface F in the factory, the necessary area for installing the printing device 100, etc. becomes clear, and the trouble of measuring the dimensions of the installation areas AR100 and AR200 for the printing device 100, etc. in advance can be eliminated. In addition, by laying the laying sheet 1 on the installation surface F, it becomes easier to determine whether the printing device 100, etc. can be installed or brought in, thereby improving convenience. Furthermore, by laying the laying sheet 1 on the installation surface F, the necessary area can be easily secured.

[0010] The laying sheet 1 may be a single sheet or may be made up of multiple sheets joined together. When multiple sheets are joined together, alignment marks should be appropriately placed at the points where the sheets are joined. This will facilitate the joining process.

[0011] Next, the configuration of the printing device 100 and drying device 200 installed on the laying sheet 1 will be described. The printing device 100 is a device that prints on media S. Media S is, for example, cloth or paper. As shown in Figures 2 and 3, the printing device 100 comprises a main body 110 and a storage unit 120. Here, the direction along the X-axis is the width direction of the printing device 100. The direction along the Y-axis is the depth direction of the printing device 100. The direction along the Z-axis is the height direction of the printing device 100.

[0012] The main body 110 of the printing device 100 includes a main frame 111, a main cover 114, a transport unit 116, and a recording unit 119, etc.

[0013] The main body frame 111 is configured as a base on which each part of the printing apparatus 100 is provided. At the -Z direction end of the main body frame 111, a plurality (four in this embodiment) of leg portions 112 are arranged. The leg portions 112 are installed on the second surface 1b of the laying sheet 1. Each part of the main body portion 110 including the main body frame 111 is supported by the leg portions 112. The main body cover 114 is an exterior member that covers the recording unit 119 and the like of the main body portion 110.

[0014] The conveyance unit 116 includes a drive roller 116a, a driven roller 116b, a groove belt 117 stretched between the drive roller 116a and the driven roller 116b, and a media holding portion 118. The media holding portion 118 holds a roll body R around which a sheet-like media S is wound. The media holding portion 118 has a holding shaft 118a for holding the roll body R. Two holding shafts 118a are arranged in a direction along the X-axis. The holding shaft 118a is configured to be rotatable. As the holding shaft 118a rotates, the media S is fed out from the roll body R toward the groove belt 117 side. <00,00088> The rotation of the drive roller 116a moves the groove belt 117. With the movement of the groove belt 117, the media S can be conveyed in the +Y direction. In the +Y direction, the drive roller 116a is arranged downstream, and the driven roller 116b is arranged upstream. Also, both the drive roller 116a and the driven roller 116b have a rotation axis in a direction along the X-axis.

[0016] The groove belt 117 is configured as an endless belt formed by joining both ends of an elastic flat plate. The groove belt 117 is wound around the outer peripheral surface of the drive roller 116a and the outer peripheral surface of the driven roller 116b and can perform a circular movement. The outer peripheral surface 117a of the groove belt 117 has adhesiveness and can support and adsorb the media S. Adhesiveness means the property of being able to temporarily adhere to other members and being able to peel off from the adhered state. Among the outer peripheral surface 117a, the flat portion located between the driving roller 116a and the driven roller 116b and in the +Z direction is the support surface 117b. In other words, the groove belt 117 has the support surface 117b. A part of the support surface 117b faces the recording unit 119 in the direction along the Z axis.

[0017] The recording unit 119 is capable of printing (recording) on the conveyed medium S. The recording unit 119 includes a recording head 119a and a carriage 119b that supports the recording head 119a so as to be reciprocally movable in the direction along the X axis. The recording unit 119 is disposed above (-Z direction) the groove belt 117. The recording head 119a has a plurality of nozzles (not shown) and is disposed to face the support surface 117b. The recording head 119a discharges ink as a liquid from the plurality of nozzles onto the medium S. Thereby, recording on the medium S becomes possible.

[0018] The printing apparatus 100 includes a storage unit 120 that stores ink, and is configured to supply ink from the storage unit 120 to the recording head 119a. The storage unit 120 of the present embodiment is disposed in the +X direction of the main body unit 110. The storage unit 120 includes a cartridge 121 that can accommodate ink and a mounting portion 122 to which the cartridge 121 is mounted.

[0019] In the present embodiment, a plurality of cartridges 121 are arranged. Each cartridge 121 is a container having a substantially rectangular parallelepiped shape. For example, inks of different colors are accommodated in each cartridge 121. Each cartridge 121 is detachably mounted to the mounting portion 122. The mounting portion 122 is disposed below the cartridge 121. The mounting portion 122 includes a lock mechanism, and the mounted cartridge 121 is fixed by setting the lock mechanism. When the cartridge 121 is mounted to the mounting portion 122, ink can be supplied to the recording head 119a via the tube 124. On the other hand, the cartridge 121 can be removed from the mounting portion 122 by releasing the lock mechanism.

[0020] Multiple (four in this embodiment) legs 123 are arranged at the end of the mounting portion 122 in the -Z direction. The legs 123 are placed on the second surface 1b of the laying sheet 1. The cartridge 121 and the mounting portion 122 are supported by the legs 123. In this embodiment, two storage units 120 are provided.

[0021] Multiple fans 132 and 133 are arranged inside the main body cover 114. A duct section 150 is also positioned at the +Z end of the main body cover 114. The duct section 150 is a pipe for exhausting air from inside the main body cover 114 and is connected to, for example, an exhaust system installed in the ceiling of a factory. Of the multiple fans 132 and 133, one fan 132 is positioned on the -Y side relative to the recording head 119a, and the other fan 133 is positioned on the +Y side relative to the recording head 119a. The duct section 150 is positioned above the fans 133. When the fans 132 and 133 are rotated by a motor (not shown), the air inside the main body cover 114 flows toward the duct section 150 and is discharged toward the exhaust system via the duct section 150. Therefore, ink mist, which is part of the ink ejected from the recording head 119a, and dust inside the main body cover 114 can be discharged to the outside. The air collected by the exhaust system is purified and then released from the exhaust system to the outside of the factory.

[0022] Next, the configuration of the drying apparatus 200 will be described. The drying apparatus 200 is a device for drying the media S discharged from the printing apparatus 100. The drying apparatus 200 is located downstream (+Y direction) of the printing apparatus 100 in the transport direction and dries the media S to which the ink has been applied by the printing apparatus 100.

[0023] The drying apparatus 200 includes a main frame 211, a main cover 214, a transport unit 216, and a drying processing unit 219, etc.

[0024] The main frame 211 is configured as the base on which the various parts of the drying apparatus 200 are mounted. Multiple (four in this embodiment) legs 212 are arranged at the -Z end of the main frame 211. The legs 212 are installed on the second surface 1b of the laying sheet 1. The legs 212 support the various parts, including the main frame 211. The main body cover 214 is an exterior component that covers the drying section 219 and other parts.

[0025] The transport unit 216 includes a drive roller 216a, a driven roller 216b, a belt 217 stretched between the drive roller 216a and the driven roller 216b, and a media winding section 218.

[0026] The belt 217 moves as the drive roller 216a rotates. As the belt 217 moves, the media S can be conveyed in the +Y direction. In the +Y direction, the drive roller 216a is positioned downstream, and the driven roller 216b is positioned upstream. Both the drive roller 216a and the driven roller 216b have axes of rotation in the direction along the X axis. The flat portion of the outer circumferential surface 217a of the belt 217 located between the drive roller 216a and the driven roller 216b and in the +Z direction is the support surface 217b.

[0027] A drying section 219 is positioned above the support surface 217b. The drying section 219 dries the media S. The drying section 219 is, for example, an AC electric field generator. Specifically, the AC electric field generator generates an AC electric field to heat the moisture contained in the media S, thereby reducing the amount of moisture in the media S. In other words, the AC electric field generator heats the ink applied to the media S supported on the support surface 217b, and dries the media S.

[0028] The media winding unit 218 winds up the media S being transported. The media winding unit 218 has a winding shaft 218a for winding up the media S. The winding shaft 218a is configured to be rotatable. As the winding shaft 218a rotates, the dried media S is wound up.

[0029] A duct section 250 is positioned at the +Z end of the main body cover 214. The duct section 250 is a pipe that discharges air from inside the main body cover 214 and is connected to, for example, an exhaust system installed in the ceiling of a factory. Since steam and other substances that accumulate inside the main body cover 214 due to the drying of the media S are discharged to the outside through the duct section 250, the environment (temperature and humidity) inside the main body cover 214 can be kept constant.

[0030] Next, we will explain the various marks M provided on the laying sheet 1. As shown in Figure 1, various marks M are formed on the second surface 1b of the laying sheet 1. Marks M are formed, for example, by text such as letters, images, figures (including illustrations), symbols, etc. It is preferable that the color of the marks M differs from the color of the second surface 1b of the laying sheet 1. For example, the second surface 1b of the laying sheet 1 may be entirely white, and the marks M may be formed in black, gray, blue, etc. This creates contrast and makes it easier for users to recognize the marks M. Alternatively, each mark M may have a different color. The following explains the various Mark M symbols.

[0031] Mark M includes at least one printing device installation mark M10. The printing device installation mark M10 is a mark (indicator) that shows the installation area AR100 for installing the printing device 100 and the installation position of the printing device 100. The printing device installation mark M10 is positioned to surround the installation area AR100 of the printing device 100. In this embodiment, the printing device installation mark M10 is L-shaped and defines the installation area AR100 of the printing device 100. Multiple printing device installation marks M10 are formed to match the outer shape of the printing device 100. For example, the printing device installation marks M10 are provided to match the four corners of the outer shape of the printing device 100. In this embodiment, the printing device installation marks M10 are formed at positions corresponding to the +X and -X ends at the +Y end of the printing device 100, and at positions corresponding to the +X and -X ends at the -Y end of the printing device 100. This makes it easy to grasp the size of the installation area AR100 and the approximate installation position. It also makes it easy to install the printing device 100 in an appropriate position.

[0032] The printing device installation mark M10 only needs to clearly indicate the installation area AR100 and the installation location of the printing device 100. For example, the printing device installation mark M10 may be a frame formed by a single line that demarcates the installation area AR100 of the printing device 100, or the entire installation area AR100 may be identified with a different color from the second surface 1b. Furthermore, the formation position, number, and color of the printing device installation mark M10 can be set as appropriate.

[0033] Furthermore, mark M includes at least one leg mounting position mark M11. The leg placement mark M11 indicates the position where the legs 112 of the printing device 100 will be installed. In this embodiment, the leg installation position mark M11 is a black circle (●). Multiple leg installation position marks M11 are formed to match the legs 112 of the printing device 100 (four in this embodiment). This makes it easy to determine the approximate position for installing the legs 112 of the printing device 100. It also makes it easy to install the printing device 100 in the appropriate position. Furthermore, by installing the printing device 100 according to the printing device installation mark M10 and the leg installation position mark M11, the installation work can be performed efficiently. The leg placement mark M11 can be set as appropriate according to the number and position of the legs 112.

[0034] Furthermore, mark M includes the duct section position mark M12. The duct position mark M12 indicates the position of the duct section 150 of the printing device 100. The duct position mark M12 is formed at a position corresponding to the -Z direction of the duct section 150 when the printing device 100 is installed in the installation area AR100. In this embodiment, the duct position mark M12 is a white circle (○). This allows the connection position to the exhaust system installed in the ceiling of the factory to be confirmed using the duct position mark M12 as a reference. Specifically, before introducing the printing device 100, the location of holes or the like to be made in the ceiling of the factory can be considered.

[0035] Furthermore, Mark M includes the storage unit installation mark M20. The storage unit installation mark M20 is a mark indicating the installation area AR120 for installing the storage unit 120 and the installation position of the storage unit 120. The storage unit installation mark M20 is positioned to surround the installation area AR120 of the storage unit 120. In this embodiment, the storage unit installation mark M20 is L-shaped and defines the installation area AR120 of the storage unit 120. Multiple storage unit installation marks M20 are formed to match the outer shape of each storage unit 120. For example, storage unit installation marks M20 are provided to match the four corners of the outer shape of the mounting part 122. In this embodiment, storage unit installation marks M20 are formed at positions corresponding to the +X and -X ends at the +Y end of each mounting part 122, and at positions corresponding to the +X and -X ends at the -Y end of each mounting part 122. This makes it easy to grasp the size and approximate installation position of each installation area AR120. Furthermore, each storage unit 120 can be easily installed in an appropriate position. The position, number, color, and other characteristics of the storage unit installation marks M20 can be set as appropriate.

[0036] Furthermore, mark M includes at least one processing unit installation mark M30. The processing device installation mark M30 is a mark indicating the installation area AR200 and installation location for the drying processing device 200. The processing device installation mark M30 is positioned to surround the installation area AR200 of the drying processing device 200. In this embodiment, the processing device installation mark M30 is L-shaped and defines the installation area AR200 of the drying processing device 200. Multiple processing device installation marks M30 are formed to match the outer shape of the drying processing device 200. For example, processing device installation marks M30 are provided to match the four corners of the outer shape of the drying processing device 200. In this embodiment, processing device installation marks M30 are formed at positions corresponding to the +X and -X ends at the +Y end of the drying processing device 200, and at positions corresponding to the +X and -X ends at the -Y end of the drying processing device 200. This makes it easy to grasp the size of the installation area AR200 and the approximate installation location. Furthermore, the drying processing device 200 can be easily installed in an appropriate location.

[0037] The processing device installation mark M30 only needs to clearly indicate the installation area AR200 and the installation location of the drying processing device 200. For example, the processing device installation mark M30 may be a frame formed by a single line that demarcates the installation area AR200 of the drying processing device 200, or the entire installation area AR200 may be identified with a different color from the second surface 1b. Furthermore, the formation position, number, and color of the processing device installation mark M30 can be set as appropriate.

[0038] Furthermore, mark M includes at least one leg mounting position mark M31. The leg placement mark M31 indicates the position where the legs 212 of the drying apparatus 200 will be installed. In this embodiment, the leg installation position mark M31 is a black circle (●). Multiple leg installation position marks M31 are formed (four in this embodiment) to match the legs 212 of the drying apparatus 200. This makes it easy to determine the approximate position for installing the legs 212 of the drying apparatus 200. Furthermore, the drying apparatus 200 can be easily installed in the appropriate position. In addition, by installing the drying apparatus 200 according to the apparatus installation mark M30 and the leg installation position mark M31, the installation work can be performed efficiently. The leg placement mark M31 can be set as appropriate according to the number and position of the legs 212.

[0039] Furthermore, mark M includes at least one duct section position mark M32. The duct section position mark M32 indicates the position of the duct section 250 of the drying apparatus 200. The duct section position mark M32 is formed at a position corresponding to the -Z direction of the duct section 250 when the drying apparatus 200 is installed in the installation area AR200. In this embodiment, the duct position mark M32 is a white circle (〇). This allows the connection position to the exhaust device installed in the ceiling of the factory to be confirmed using the duct position mark M32 as a reference. Specifically, before introducing the drying apparatus 200, the location of holes or the like to be made in the ceiling of the factory can be considered.

[0040] Furthermore, mark M includes the operating area marks M41 (M41a, M41b), M42, and M43. The operation area marks M41 (M41a, M41b), M42, and M43 indicate the operation area AR40 for the user to operate the printing device 100 and the drying device 200.

[0041] Multiple operation area marks M41 are provided along the outer perimeter of the laying sheet 1. Specifically, L-shaped operation area marks M41a are formed at the corners of the laying sheet 1, along the corners of the laying sheet 1. In addition, linear operation area marks M41b are formed between the multiple operation area marks M41a provided at each corner of the laying sheet 1. The operation area marks M41a and M41b are, for example, blue in color. This makes it easy to grasp the approximate location of the operation area AR40 for operating the printing device 100 and the drying device 200. Furthermore, for example, it eliminates the need to install poles or other structures to clearly indicate the operating area AR40, thus reducing the complexity of the work environment. The operation area mark M41 may be formed by a single line along the outer perimeter of the laid sheet 1, thereby demarcating the operation area AR40.

[0042] Multiple operation area marks M42 are provided along the outer periphery of the laid sheet 1. Specifically, the operation area marks M42 are positioned in the +X and -X directions of the printing device 100, and in the +X, -X, and +Y directions of the drying device 200. As shown in Figure 4, the operation area mark M42 is formed by a text or message in any language indicating that it is the operation area AR40. The language used in the operation area mark M42 is not particularly limited; for example, it may be the native language of the country where the laying sheet 1 is installed. In addition to text and messages, the operation area mark M42 may also include graphics, etc. In this embodiment, the operation area mark M42 consists of an oval and the text formed in the area enclosed by the oval. The operation area mark M42 is, for example, a dark color. The operation area mark M42 is large enough for the user to easily see on the laying sheet 1. This makes it easy to grasp the approximate location of the operation area AR40 for operating the printing device 100 and the drying device 200.

[0043] The operation area mark M43 is located in the -Y direction of the printing device 100 (holding shaft 118a of the main body 110). As shown in Figure 5, the operation area mark M43 represents the operation area AR40 for setting the roll body R, on which the media S is wound, onto the holding shaft 118a, using text or messages written in any language. The language used in the operation area mark M43 is not particularly limited. In this embodiment, the operation area mark M43 includes not only text and messages but also graphics. Specifically, the operation area mark M43 consists of a gray oval and white text or messages formed within the area enclosed by the oval. The dimensions of the operation area mark M43 are relatively large; the dimension of the operation area mark M43 along the X-axis is approximately the same as the distance between the holding shafts 118a. Furthermore, the dimension of the operation area mark M43 along the Y-axis is the distance from the -Y end of the main body 110 to the operation area mark M41b. This allows for easy identification of the area for setting the media S (roll body R). It also ensures a safe area and prevents the user from touching the main body 110.

[0044] Furthermore, Mark M includes the storage unit operation mark M50. As shown in Figures 6A and 6B, the storage unit operation mark M50 is a mark indicating the operating procedure for the storage unit 120. The storage unit operation mark M50 is provided for each of the two storage units 120. For the storage unit 120 located on the -Y direction side, the storage unit operation mark M50 is positioned in the -Y direction of that storage unit 120. Similarly, for the storage unit 120 located on the +Y direction side, the storage unit operation mark M50 is positioned in the +Y direction of that storage unit 120. Therefore, the user can recognize the storage unit operation mark M50 while facing each storage unit 120. This allows the user to perform the operation while looking at the storage unit operation mark M50.

[0045] In this embodiment, the operating procedure indicated by the storage unit operation mark M50 is a method for stirring the ink contained in the cartridge 121. The storage unit operation mark M50 in this embodiment indicates that the cartridge 121, removed from the mounting unit 122, should be tilted on its side and shaken in one direction and then in the other direction, after which the cartridge 121 should be turned upside down and shaken again in one direction and then in the other direction to stir the ink contained in the cartridge. The storage unit operation mark M50 consists of a graphic (including illustrations) and text. The storage unit operation mark M50 is, for example, a black color. The storage unit operation mark M50 is sized to be easily visible to the user on the laying sheet 1. This allows the user to easily understand how to stir the ink. In this way, there is no need to check the manual or guidance each time, and work efficiency can be increased. In addition to the storage unit operation mark M50, other operation marks indicating other operating procedures, such as how to set the media S in the printing device 100 or various maintenance methods for the recording head 119a, may also be provided. Furthermore, the language used to express the text contained in the storage unit operation mark M50 is not particularly limited.

[0046] Furthermore, mark M (processing device installation mark M30) includes scale mark M60. As shown in Figure 7, the scale mark M60 is a mark having a scale on which at least one numerical value indicating the installation distance between the printing device 100 (main body 110) and the drying device 200 is drawn. The scale mark M60 is a mark that indicates the distance between the +Y direction end of the printing device 100 (main body 110) and the -Y direction end of the drying device 200. The scale mark M60 indicates a recommended value for the distance between the main body 110 and the drying device 200. The scale mark M60 in this embodiment includes a scale and a numerical value corresponding to the scale. Specifically, it includes one scale S1 indicating the +Y direction end of the printing device 100, one scale S2 indicating the -Y direction end of the drying device 200, and a plurality of scales S3 provided between scales S1 and S2. The dimension of scale S1 in the X direction is the same as the dimension of scale S2 in the X direction. Furthermore, the dimensions of the multiple scales S3 in the X direction are smaller than the dimensions of scales S1 and S2 in the X direction. In this embodiment, the minimum distance between the main body 110 and the drying apparatus 200 is 900 mm. Also, in this embodiment, the maximum distance between the main body 110 and the drying apparatus 200 is 1500 mm. That is, the distance between scale S1 and scale S2 is 1500 mm. Therefore, in this embodiment, the character indicating 1500 mm is displayed at the location corresponding to scale S2, and the character indicating 900 mm is displayed at the location corresponding to the scale S3 that is furthest in the -Y direction among the multiple scales S3. Also, in this embodiment, the distances from 900 mm to 1500 mm are displayed at 100 mm intervals. Therefore, the number of multiple scales S3 is 6. This allows the user to easily determine the installation distance between the printing device 100 and the drying device 200 without having to measure the distance between the main unit 110 and the drying device 200, by using the numerical values ​​drawn on the scale mark M60 as a guide.

[0047] Furthermore, the mark M includes the device name mark M70. As shown in Figure 8, the device name mark M70 is a mark that indicates, for example, the device name or model name of the printing device 100 installed on the laying sheet 1. Multiple device name marks M70 are placed around the printing device 100. The device name marks M70 are, for example, black in color. The device name marks M70 are sized to be easily visible to the user on the laid sheet 1. This allows, for example, a user to easily communicate the device name and model name when making an inquiry to a call center or the like from around the printing device 100.

[0048] Alternatively, the various marks M may be printed directly onto the second surface 1b of the laying sheet 1, or the various marks M may be formed by label printing, and the labels with the marks M formed on them may be attached to the second surface 1b. The laying sheet 1 preferably has solvent resistance and abrasion resistance. This allows ink stains that accidentally get on the second surface 1b to be wiped away, maintaining a clean environment. Therefore, there is no need to prepare a separate protective sheet, saving time and effort. In addition, it can suppress the fading and rubbing of various marks M. Furthermore, surface treatments such as surface coating or lamination may be applied to the various marks M. This can suppress wear and tear on the various marks M. Furthermore, various Mark Ms may be designed to be replaceable using labels or similar means. For example, a worn Mark M can be easily repaired by attaching a label with a newly formed Mark M over it. Furthermore, the color of the second surface 1b of the laying sheet 1 does not have to be white. For example, it may be a color that matches the customer's corporate colors. This will help to create a sense of unity within the factory.

[0049] Furthermore, a device name mark M70 may be provided in the installation area AR100 where the printing device 100 is installed, and a mark M indicating the device name or model name of the drying device 200 may be provided in the installation area AR200 where the drying device 200 is installed. In this way, it is easy to determine which area the printing device 100 or the drying device 200 should be installed in. Furthermore, mark M may include marks indicating the installation orientation of the printing device 100 and the drying device 200. For example, an arrow mark may be provided on the second surface 1b to match the media transport (discharge) direction of the printing device 100. In this way, the installation orientation of the printing device 100 and the drying device 200 can be easily determined.

[0050] Next, we will explain how to use the laying sheet 1. First, a laying sheet 1 is laid on the installation surface F inside the factory. Various marks M are provided on the second surface 1b of the laying sheet 1, so the overall area including the installation areas AR100, AR120, AR200 for the printing device 100, storage unit 120, and drying device 200, as well as the operation area AR40, becomes clear. Furthermore, the drilling location in the ceiling can be determined and the drilling work performed based on the duct position marks M12 and M32.

[0051] Next, the printing device 100 and the drying device 200 are installed according to the various marks M. The main body 110 of the printing device 100 is installed according to the printing device installation mark M10 and the leg installation position mark M11. This ensures that the main body 110 is securely installed in the installation area AR100. The storage unit 120 is installed according to the storage unit installation mark M20. This ensures that the storage unit 120 is securely installed in the installation area AR120. The drying device 200 is installed according to the device installation mark M30 and the leg installation position mark M31. This ensures that the drying device 200 is securely installed in the installation area AR200. The installation distance between the printing device 100 and the drying device 200 is determined by referring to the scale mark M60. Finally, the duct sections 150 and 250 are connected to the exhaust device.

[0052] From this point forward, various operations and tasks on the printing device 100 and drying device 200 are performed in the operation area AR40, indicated by operation area marks M41, M42, and M43. When agitating the ink in cartridge 121, the operation is performed while referring to the storage unit operation mark M50. Also, when contacting the call center, the name of the printing device 100 can be easily communicated by referring to the device name mark M70. Furthermore, if ink adheres to the operation area AR40, it should be wiped off. The instructions for using the laying sheet 1 described above may be formed on the second surface 1b of the laying sheet 1.

[0053] As described above, according to this embodiment, users can easily check information regarding the printing device 100 and the drying device 200 by referring to the various marks M provided on the second surface 1b of the laying sheet 1. This reduces the need to consult the manual repeatedly, improving convenience for the user. Furthermore, it enhances work efficiency and provides and maintains a safe and clean working environment.

[0054] The following describes the conclusions drawn from the embodiment.

[0055] The laying sheet is laid between a printing device that prints on a medium and an installation surface on which the printing device is installed, and comprises a first surface that contacts the installation surface and a second surface that is opposite to the first surface, wherein the second surface is provided with at least one mark indicating information about the printing device.

[0056] This configuration allows users to easily access information about the printing device by referring to the marks on the second side of the laying sheet. This reduces the need to constantly consult the manual, improving user convenience.

[0057] Preferably, the at least one mark on the sheet being laid out includes an operation area mark indicating an operation area for the user to operate the printing device.

[0058] This configuration allows users to easily understand the approximate operating area for operating the printing device.

[0059] Preferably, the at least one mark on the above-mentioned laying sheet includes a printing device installation mark indicating an installation area for the printing device.

[0060] This configuration allows users to easily determine the approximate location for installing the printing device.

[0061] Preferably, the at least one mark on the sheet being laid out includes a processing device installation mark indicating the installation area of ​​the processing device for processing the media discharged from the printing device relative to the printing device.

[0062] This configuration allows users to easily determine the approximate installation location of the processing unit relative to the printing device.

[0063] Preferably, the processing device installation mark on the above-mentioned sheet includes a scale mark on which at least one numerical value indicating the installation distance between the printing device and the processing device is drawn.

[0064] With this configuration, users can easily determine the installation distance between the printing device and the processing device by using the numerical values ​​drawn on the scale marks as a guide.

[0065] Preferably, the at least one mark on the sheet being laid out includes a storage area mark indicating the area where a storage area for storing the liquid used for printing on the media is to be installed.

[0066] This configuration allows users to easily determine the approximate location of the storage unit.

[0067] Preferably, the at least one mark on the sheet being laid out includes a storage unit operation mark indicating the operation procedure for the storage unit.

[0068] This configuration allows users to easily understand how to operate the storage unit. [Explanation of Symbols]

[0069] 1…Laying sheet, 1a…First side, 1b…Second side, 100…Printing device, 110…Main body, 111…Main frame, 112…Legs, 114…Main cover, 116…Transport unit, 116a…Drive roller, 116b…Driven roller, 117…Glue belt, 117a…Outer surface, 117b…Support surface, 118…Media holding part, 118a…Holding shaft, 119…Recording unit, 119a…Recording head, 119b…Carriage, 120…Storage part, 121…Cartridge, 122…Mounting part, 123…Legs, 124…Tube, 132,133…Fan, 150…Duct part, 200…Drying device, 211…Main frame, 212…Legs, 214…Main cover, 216…Transport unit, 216a…Drive Roller, 216b…Driven roller, 217…Belt, 217a…Outer surface, 217b…Support surface, 218…Media winding section, 218a…Winding shaft, 219…Drying section, 250…Duct section, S…Media, M…Mark, M10…Printing device installation mark, M11…Leg installation position mark, M12…Duct section position mark, M20…Storage section installation mark, M30…Processing device installation mark, M31…Leg installation position mark, M32…Duct section position mark, M41, M41a, M41b, M42, M43…Operation area marks, M50…Storage section operation mark, M60…Scale mark, M70…Device name mark, AR100…Installation area, AR120…Installation area, AR200…Installation area, AR40…Operation area.

Claims

1. A laying sheet laid between a printing device that prints on media and the mounting surface on which the printing device is installed, The first surface that contacts the aforementioned installation surface, It comprises a second surface which is the opposite surface to the first surface, The second surface is provided with at least one mark indicating information relating to the printing apparatus, The aforementioned at least one mark is, An operation area mark indicating an operation area for a user to operate the printing device, and a processing device installation mark indicating an installation area for a processing device that processes the media discharged from the printing device, A storage unit installation mark indicating the installation area for a storage unit that stores the liquid used for printing on the media, A laying sheet characterized by including at least one of the following: a storage unit operation mark indicating the operation procedure of the storage unit.

2. A laying sheet according to claim 1, A laying sheet characterized in that the at least one mark includes a printing device installation mark indicating an installation area for the printing device.

3. A laying sheet according to claim 1, The installation sheet is characterized in that the processing device installation mark includes a scale mark on which at least one numerical value indicating the installation distance between the printing device and the processing device is drawn.

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