Patent Publication Number: US-9889687-B2

Title: Printer

Description:
BACKGROUND 
     1. Technical Field 
     The present invention relates to a printer on which a receiving member for receiving a printing medium is mounted. 
     In the related art, an ink jet printer including a stacker for receiving a recording sheet which is discharged from a discharging portion has been known (refer to JP-A-2011-032045). 
     The ink jet printer in the related art does not perform both of receiving a recording sheet by using a stacker, and winding the recording sheet. For this reason, it is not considered that the stacker is utilized in a case where the recording sheet is wound. 
     An advantage of some aspects of the invention is to provide a printer which is capable of efficiently using a frame unit on which a receiving member is mounted in a case where a printing medium is wound. 
     SUMMARY 
     According to the invention, there is provided a printer including a printing unit that performs printing on a printing medium; a winding unit that winds the printing medium on which the printing is performed by the printing unit; and a frame unit which is positioned between the printing unit and the winding unit on a feeding path of the printing medium, in which in a case where the printing medium is not wound by the winding unit, a receiving member for receiving the printing medium is detachably mounted to the frame unit, and in a case where the printing medium is wound by the winding unit, the receiving member is detached such that the frame unit comes in contact with the printing medium. 
     With such a configuration, in the case where the printing medium is not wound, the receiving member is mounted to the frame unit, and in the case where the printing medium is wound, the frame unit comes in contact with the printing medium so as to guide feeding of the printing medium. Therefore, according to this configuration, the frame unit on which the receiving member is mounted can be efficiently used in a case where the printing medium is wound. 
     In this case, it is preferable that the winding unit comes in contact with the printing medium such that a part of the printing medium before being wound by the winding unit is curved to the side opposite to the winding unit. 
     With such a configuration, it is possible to prevent the part of the printing medium which is wound by the winding unit from rubbing against the part of the printing medium before being wound by the winding unit. 
     In this case, it is preferable that the frame unit includes an engaging portion which is engaged with the receiving member. 
     With such a configuration, it is possible to preferably attach the receiving member to the frame unit by using the engaging portion. 
     In this case, it is preferable that a plurality of the engaging portions are provided along a width direction of the printing medium. 
     With such a configuration, loads can be dispersed into the plurality of engaging portions, and thus it is possible to disperse the loads applied to the frame unit. 
     In this case, it is preferable that the receiving member is attached to the frame unit so as to be wound, and in the winding direction of the receiving member, the engaging portion is provided on the downstream side in the winding direction further than a position at a half circumference from a winding start position. 
     With such a configuration, the engaging portion is not provided on the upstream side in the winding direction further than the position at a half circumference from the winding start position. For this reason, even in a case where the printed part received in the receiving member covers the upstream side in the winding direction further than the position at a half circumference from the winding start position, the printed part does not come in contact with the engaging portion. Therefore, according to this configuration, it is possible to prevent a printed surface of the printed part from being scratched in a case where the printed part comes in contact with the engaging portion. 
     In this case, it is preferable that a position where the frame unit is disposed in the case where the printing medium is not wound by the winding unit is the same as a position where the frame unit is disposed in the case where the printing medium is wound by the winding unit. 
     With such a configuration, it is possible to easily switch the case where the receiving member is used into a case where the receiving member is not used, without causing the frame unit to be movable. 
     In this case, it is preferable that the printer further includes a detecting unit which is capable of detecting that a slack amount of the printing medium wound by the winding unit approaches a predetermined amount, and the detecting unit is capable of being displaced between a detecting position where the slack amount that approaches a predetermined amount is detected, and a retractable position which is retracted from the detecting position. 
     With such a configuration, it is possible to detect that the slack amount of the printing medium approaches a predetermined amount, and thus it is possible to prevent the printing medium from being excessively slackened. In addition, the detecting unit is displaced to the retractable position, and thus in a case where the detecting unit is not used, it is possible to secure a space in the vicinity of a feeding path of the printing medium. 
     In this case, it is preferable that the detecting unit includes a first detecting unit and a second detecting unit, and at least one of the first detecting unit and the second detecting unit is rotated so as to be displaced between the detecting position and the retractable position. 
     With such a configuration, it is possible to easily displace at least one of the first detecting unit and the second detecting unit without replacing components. 
     In this case, it is preferable that the detecting unit is detachable from the winding unit. 
     With such a configuration, it is possible to use the winding unit and the detecting unit as a pair by mounting the detecting unit to the winding unit. For this reason, it is possible to easily store the detecting unit, or to prevent the detecting unit from being lost. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
         FIG. 1  is a perspective view of a printer (a receiving member mode) according to one embodiment of the invention. 
         FIG. 2  is a perspective view of the printer (the receiving member mode) not including a housing portion. 
         FIG. 3  is a sectional view of the printer (the receiving member mode). 
         FIG. 4  is a perspective view of a printer (a winding mode). 
         FIG. 5  is a perspective view of the printer (the winding mode) not including the housing portion. 
         FIG. 6  is a sectional view of the printer (the winding mode). 
         FIG. 7  is a sectional view of a printer (a winding mode) according to comparative example. 
         FIG. 8  is a diagram illustrating a receiving member. 
         FIG. 9  is a diagram illustrating a state where the receiving member is mounted to a first receiving member mounting portion. 
         FIG. 10  is a first perspective view of a printer (without a printing medium). 
         FIG. 11  is a second perspective view of a printer (without a printing medium). 
         FIG. 12  is a third perspective view of a printer (without a printing medium). 
         FIG. 13  is a fourth perspective view of a printer (without a printing medium). 
         FIG. 14  is a fifth perspective view of a printer (without a printing medium). 
     
    
    
     DESCRIPTION OF EXEMPLARY EMBODIMENTS 
     Hereinafter, a printer  100  according to one embodiment of the invention will be described with reference to the attached drawings. The printer  100  includes a receiving member mode and a winding mode. In the receiving member mode of the printer  100 , a printed part Pa of a printing medium P which is a continuous sheet is cut off by a cutting portion  125 , and the cut-off printed part Pa is discharged to a sheet-like receiving member  3 . Here, the receiving member mode may be used when the printing is performed by using a cut medium. In such a case, the printing medium P is originally a cut medium, and thus the cutting by the cutting portion  125  is not performed, and the printed cut medium is discharged to the receiving member  3 . In the winding mode of the printer  100 , the printed part Pa is wound without cutting off the printed part Pa. Note that, an X-Y-Z orthogonal coordinate system is indicated in the following drawings in order to make disposing relations between respective portions of the printer clear as necessary. 
     A configuration of the printer  100  will be described with reference to  FIG. 1  to  FIG. 6 . The printer  100  is provided with an apparatus main body  1 , weight equipment  2 , and a receiving member  3 . The apparatus main body  1  is provided with a leg portion  11 , a housing portion  12 , a first receiving member mounting portion  13 , a second receiving member mounting portion  16 , a winding unit  14 , and a slack detecting sensor  15 . The slack detecting sensor  15  is an example of a detecting unit for detects a slack amount of the printing medium P. 
     The leg portion  11  supports the housing portion  12  and the like. The leg portion  11  is formed of metallic extruding materials in combination. The leg portion  11  is provided with two base portions  111 , two pillar portions  112 , and a beam  113 . Two of the base portions  111  are arranged in the X direction. The base portion  111  is provided such that the longitudinal direction is set to be the Y direction. A caster  114  is provided at each of both end portions of the base portion  111  in the Y direction. The pillar portions  112  are provided in a substantially intermediate portion of the base portion  111  in the longitudinal direction such that the pillar portions  112  face each other in the X direction. The beam  113  is provided such that the longitudinal direction is set to be the X direction. Both end portions of the beam  113  are fixed to two of the pillar portions  112 . 
     The housing portion  12  is supported by the leg portion  11  so as to cover two of the pillar portions  112 . The housing portion  12  is provided with a feeding portion  121 , a printing unit  122 , a pair of feed rollers  123  (refer to  FIG. 3 ), and a cutting portion  125  therein. A discharging port  124  is provided on the +Y side of the housing portion  12 . In addition, the housing portion  12  is provided with an operation panel  126  which is a user interface. The receiving member mode and the winding mode are switched to each other based on an operation with respect to the operation panel  126 , for example. 
     A rolling body obtained by winding the printing medium P in a roll shape is set in the feeding portion  121 . The feeding portion  121  allows the rolling body to rotate such that the printing medium P is fed from the set rolling body. Note that, similar to a winding unit  14  described below, a plurality of the printing mediums P (rolling bodies) which have different widths are possibly set to the feeding portion  121 . The maximum width of the settable printing medium P is, for example, 64 inches. 
     The printing unit  122  performs the printing on the printing medium P by using a serial method. The printing unit  122  is provided with a carriage  1221  and a carriage guide  1222 . A plurality of ink jet heads (not shown) are mounted on the carriage  1221 . The carriage  1221  is capable of reciprocally moving in the X direction. The carriage guide  1222  guides the movement of the carriage  1221  to the X direction. When the ink jet head discharges ink while the carriage  1221  moves in the X direction, the printing is performed on the printing medium P. As such, the printer  100  includes the printing unit  122  which performs the printing on the printing medium P. 
     One or more pairs of feed rollers  123  are provided between the feeding portion  121  and the discharging port  124  on the feeding path of the printing medium P (only one pair of feed rollers  123  are illustrated in the drawings). The pair of feed rollers  123  intermittently transport the printing medium P which is fed from the feeding portion  121  to the discharging port  124  during the movement of the carriage  1221 . 
     In the receiving member mode, the cutting portion  125  cuts the printed part Pa, whereas in the winding mode, the cutting portion  125  does not cut the printed part Pa. Note that, in a case where the printing is performed by using the cut medium, the cutting is not performed by the cutting portion  125  even in the receiving member mode. The cutting portion  125  is provided between the printing unit  122  and the discharging port  124  on the feeding path of the printing medium P. The cutting portion  125  is provided with a cutter  1251  and a cutter guide  1252 . The cutter  1251  is capable of reciprocally moving in the X direction, and the printing medium P is cut in the width direction. The cutter guide  1252  guides the movement of the cutter  1251  in the X direction. When the cutter  1251  moves in the X direction in a state where a rear end of the printed part Pa is transported to the cutter  1251 , the printed part Pa is cut off. 
     The first receiving member mounting portion  13  is a frame unit which is formed into a frame shape. The first receiving member mounting portion  13  is positioned between the printing unit  122  and the winding unit  14  on the feeding path of the printing medium P. That is, the printer  100  is provided with the frame unit which is positioned between the printing unit  122  and the winding unit  14  on the feeding path of the printing medium P. In addition, the frame unit is configured to include a receiving member detachable portion which is capable of detaching the receiving member  3  for receiving the printing medium P in a case where the printing medium P is not wound by the winding unit  14 , and a medium supporting portion which supports the printing medium P in a case where the printing medium P is wound by the winding unit  14 . With such a configuration, it is possible to attach and detach the receiving member  3  with respect to the frame unit, and thus it is possible to easily switch a case where the receiving member  3  is used and a case where the receiving member  3  is not used are with each other without attaching and detaching the frame unit. Further, the frame unit includes a medium supporting portion, and thus it is possible to efficiently use the frame unit even in the case where the receiving member  3  is not used. The first receiving member mounting portion  13  as the frame unit will be described in detail. 
     The receiving member  3  is detachably mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16 . In the receiving member mode, the cut-off printed part Pa is discharged so as be fall down to the mounted receiving member  3  which is mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16 . On the other hand, in the winding mode, the receiving member  3  is not necessary and the receiving member  3  may interfere with the printed part Pa which is transported to winding unit  14  from the discharging port  124  in a state where the receiving member  3  is mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16 . For this reason, in the receiving member mode, the receiving member  3  is mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16  (refer to  FIG. 1  to  FIG. 3 ); whereas in the winding mode, the receiving member  3  is detached between the first receiving member mounting portion  13  and the second receiving member mounting portion  16  (refer to  FIG. 4  to  FIG. 6 ). It can be said that the first receiving member mounting portion  13  is configured to include a receiving member detachable portion (specifically, a mounting-side engaging portion  133  described below) on which the receiving member  3  is detachably mounted. In addition, the receiving member  3  is for receiving the printing medium P in a case where the printing medium P is not wound by the winding unit  14 . In other words, the frame unit includes a receiving member detachable portion on which the receiving member  3  for receiving the printing medium P is detachably mounted in the case where the printing medium P is not wound by the winding unit  14 . Note that, in the winding mode, the receiving member  3  may be mounted on the second receiving member mounting portion  16  as it is. 
     An end portion on the +Y side of the receiving member  3  is detachably mounted on the first receiving member mounting portion  13 . The first receiving member mounting portion  13  is formed of metallic extruding materials in combination. The first receiving member mounting portion  13  is provided with a mounting bar  131 , two bar supporting materials  132 , and a plurality of (four) mounting-side engaging portions  133  (refer to  FIG. 9 ). The mounting-side engaging portion  133  is also simply referred to as an engaging portion. That is, in the frame unit, the receiving member detachable portion is an engaging portion which is engaged with the receiving member  3 . With this, it is possible to preferably attach the receiving member  3  to the frame unit by using the engaging portion. 
     The mounting bar  131  is provided such that the longitudinal direction is set to be the width direction (the X direction) of the printing medium P. The mounting bar  131  is positioned between the discharging port  124  and the winding unit  14  in the Z direction, and is positioned on the +Y side further than the discharging port  124  and the winding unit  14  in the Y direction (refer to  FIG. 3 ). In the receiving member mode, the end portion on the +Y side of the receiving member  3  is so mounted on the mounting bar  131  as to be suspended (refer to  FIG. 1  to  FIG. 3 ). In the winding mode, the mounting bar  131  guides the printed part Pa which is transported to the −Z side (lower side) from the discharging port  124  so as to be bent to the +Y side (the side opposite to the winding unit  14 ) (refer to  FIG. 4  to  FIG. 6 ) in a state where the end portion on the +Y side of the receiving member  3  is detached. That is, the frame unit includes a medium supporting portion which supports the printing medium P in a case where the printing medium P is wound by the winding unit  14 . Specifically, a part coming in contact with the printing medium P in the mounting bar  131  corresponds to the medium supporting portion (refer to  FIG. 4  and  FIG. 6 ). 
     In addition, the mounting bar  131  is formed into a rectangular tube shape having a substantially rectangular cross-section, and in four circumferential surfaces of the mounting bar  131 , a surface diagonal to the −Y side and +Z side is referred to as a first circumferential surface  1311 , a surface diagonal to the +Y side and +Z side is referred to as a second circumferential surface  1312 , a surface diagonal to the +Y side and the −Z side is referred to as a third circumferential surface  1313 , and a surface diagonal to the −Y side and the −Z side is referred to as a fourth circumferential surface  1314  (refer to  FIG. 9 ). 
     Two of the bar supporting materials  132  support both end portions of the mounting bar  131 . The bar supporting materials  132  are provided such that the longitudinal direction is set to be the diagonal Y direction in which the +Y side faces the +Z side. An angle of the bar supporting material  132  with respect to the Y direction is variable, and the angle of the bar supporting material  132  with respect to the Y direction in the winding mode is greater (closer to the vertical direction) than that in the receiving member mode (refer to  FIG. 3  and  FIG. 6 ). One end of the bar supporting material  132  is fixed to the end portion on the +Y side of the base portion  111 , and the other end of the bar supporting material  132  is fixed to the end portion of the mounting bar  131 . 
     Four of the mounting-side engaging portions  133  are provided in the mounting bar  131  with intervals in the X direction. That is, in the frame unit, the plurality of engaging portions are provided along the width direction of the printing medium P. With this, it is possible to disperse loads to the plurality of engaging portions, and thus the loads applied to the frame unit can be dispersed. The mounting-side engaging portions  133  are projected from the fourth circumferential surface  1314  of the mounting bar  131 . The mounting-side engaging portions  133  are engaged with receiving-member side engaging portions  321  (refer to  FIG. 8 ) described below. 
     An end portion on the −Y side of the receiving member  3  is detachably mounted on the second receiving member mounting portion  16 . The second receiving member mounting portion  16  is formed into a cylindrical shape, and is cantilevered by the end portion on the −Y side of the base portion  111  on the +X side such that the longitudinal direction is set to be the X direction. That is, the second receiving member mounting portion  16  is provided in parallel to the first receiving member mounting portion  13 , and is provided on the −Y side and the −Z side with respect to the first receiving member mounting portion  13 . 
     The winding unit  14  winds the printing medium P on which the printing is performed by the printing unit  122 . Specifically, in the winding mode, the winding unit  14  winds the printed part Pa which is slackened from the discharging port  124  to the −Z side (the lower side) such that the printed surface is set to be the outer side (refer to  FIG. 6 ). Note that, the winding unit  14  may wind the printing medium P such that the printed surface is set to be the inner side (indicated by a two-dot chain line in  FIG. 6 ). The winding unit  14  winds the printed part Pa based on the detecting result by the slack detecting sensor  15 . That is, the winding unit  14  does not wind the printed part Pa until the fact that a slack amount of the printed part Pa approaches a predetermined amount is detected by the slack detecting sensor  15 . The winding unit  14  winds a certain amount of the printed part Pa when the slack amount of the printed part Pa is gradually increased in accordance with a transporting operation by the pair of feed rollers  123 , and thus the fact that the slack amount approaches a predetermined amount is detected by the slack detecting sensor  15 . Here, “a predetermined amount” of the slack amount means, for example, a slack amount of the extent to which a lower end (a part positioned on the most −Z side) of a slackened part of the printed part Pa is proximate to a ground on which the printer  100  is installed. With this, it is possible to pull up the lower end of the slackened part of the printed part Pa to the +Z side by reducing the slack amount before the lower end of the slackened part of the printed part Pa comes in contact with the ground. In addition, the winding unit  14  is provided with a driving unit  141  and a driven unit  142 . 
     The driving unit  141  is provided with a driving-side engaging portion  1411 , a driving-side flange  1412 , and a winding box  1413 . The winding box  1413  is an example of a wiring connection portion which is connected to a first receiving and emitting unit and a second receiving and emitting unit which are described below. The driving-side engaging portion  1411  is engaged with an end portion of a paper tube C on the +X side in which the printing medium P is wound. That is, the driving-side engaging portion  1411  is inserted into the paper tube C from the end portion of a paper tube C on the +X side, and the paper tube C is interposed between the driving-side engaging portion  1411  and a driven-side engaging portion (not shown) described below. The driving-side engaging portion  1411  is rotatably held on the surface on the −X side of the winding box  1413 . The driving-side flange  1412  is provided on the same axis as that of the driving-side engaging portion  1411 . Although not shown, a winding motor which is a driving source for causing the driving-side engaging portion  1411  to rotate, a detecting circuit which is connected to the slack detecting sensor  15 , a control circuit for controlling the winding motor based on the output from the detecting circuit, and the like are provided in the winding box  1413 . The winding box  1413  is attached to the +Y side of the pillar portion  112  on the +X side. Note that, a light-emitting side supporting member  1512  and a light-receiving side supporting member  1522  which are described below are detachably mounted on the surface on the −X side of the winding box  1413 . 
     The driven unit  142  is provided with the driven-side engaging portion, a driven-side flange  1422 , and a holding arm  1423 . The driven-side engaging portion is engaged with the end portion of the paper tube C on the −X side. That is, the driven-side engaging portion is inserted into the paper tube C from the end portion of the paper tube C on the −X side, and the paper tube C is interposed between the driven-side engaging portion and the driving-side engaging portion  1411 . The driven-side engaging portion is held so as to rotate around the holding arm  1423 . The driven-side flange  1422  is provided on the same axis as that of the driven-side engaging portion. The holding arm  1423  is provided so as to extend to the Y direction in which the +Y side faces the −X direction from the beam  113 , and holds the driven-side engaging portion so as to rotate around a tip end portion thereof. The holding arm  1423  is supported by the beam  113  so as to be movable in the X direction along the beam  113 . 
     When a user moves the holding arm  1423  along the beam  113  in the X direction, a position of the driven-side engaging portion in the X direction is adjusted so as to correspond to a length of the paper tube C, that is, a width of the printing medium P. With this, the winding unit  14  can wind various types of printing mediums P having different widths. 
     The driving-side engaging portion  1411  rotates such that the paper tube C which is interposed between the driving-side engaging portion  1411  and the driven-side engaging portion rotates, by using the winding motor as a driving source. The driven-side engaging portion rotates in accordance with the driving-side engaging portion  1411  via the paper tube C. With this, the printed part Pa which is slackened to the −Z side from the discharging port  124  is wound around the paper tube C while being guided to the width direction by the driving-side flange  1412  and the driven-side flange  1422 . 
     The slack detecting sensor  15  detects that the slack amount of the printed part Pa approaches a predetermined amount. The slack detecting sensor  15  a transmission-type photo-interrupter, and is provided with a light emitting unit  151  and a light receiving unit  152 . When the slack amount of the printed part Pa approaches a predetermined amount, the detected light from the light emitting unit  151  is shielded by the printed part Pa, and thus the light is not received by the light receiving unit  152 . With this, the slack detecting sensor  15  detects that the slack amount of the printed part Pa approaches a predetermined amount. As described above, “a predetermined amount” of the slack amount means, for example, a slack amount of the extent to which a lower end (a part positioned on the most −Z side) of a slackened part of the printed part Pa is proximate to a ground on which the printer  100  is installed. The slack detecting sensor  15  is provided in a position in which the printed part Pa in the above-described state (in the state where the lower end of the slackened part of the printed part Pa is proximate to a ground) can be detected. 
     In short, the printer  100  is provided with a detecting unit which can detect that the slack amount of the printing medium P wound by the winding unit  14  approaches a predetermined amount. With this, it is possible to detect that the slack amount of the printing medium P approaches a predetermined amount, and thus it is possible to prevent the printing medium P from being excessively slackened. 
     In addition, the detecting unit can be displaced to the detecting position where the slack amount that approaches a predetermined amount is detected and the retractable position which is retracted from the detecting position. With this, the detecting unit is displaced to the retractable position, and thus in the case where the detecting unit is not used, it is possible to secure the space in the vicinity of the feeding path of the printing medium P. The displacement of the detecting unit will be described below in detail. 
     The light emitting unit  151  is provided with a light emitting unit  1511  and a light-emitting side supporting member  1512 . The light emitting unit  1511  an example of is of the first detecting unit. The light emitting unit  1511  is formed into the substantially rectangular plate shape. The light emitting element (not shown) is incorporated into the light emitting unit  1511 , and emits the detected light. The light emitting element is, for example, an infrared-emitting diode. The light emitting unit  1511  is electrically connected to the detecting circuit in the winding box  1413  by a light-emitting side wire  1513 . The light-emitting side wire  1513  is an example of a first wire which connects the first receiving and emitting unit and the winding unit  14 . 
     The light-emitting side supporting member  1512  is formed into a substantially rectangular plate shape which is thinner than the light emitting unit  1511 , and is detachably mounted to the position close to the +Y side of the surface on the −X side with respect to the base portion  111  on the +X side. Here, the base portion  111  functions as a supporting member to which the light-emitting side supporting member  1512  is attached. That is, the base portion  111  is an example of the supporting member. The light-emitting side supporting member  1512  is attached to the base portion  111  by a small screw  1514 . In addition, the light-emitting side supporting member  1512  is not shown, but can be attached to the surface on the −X side of the winding box  1413  by the small screw  1514 . That is, the light-emitting side supporting member  1512  can be replaced with the winding box  1413  from the base portion  111  on the +X side. In other words, the light emitting unit  151  is detachably mounted on each of the base portion  111  on the +X side and the winding box  1413 . 
     The light-emitting side supporting member  1512  supports the light emitting unit  1511  so as to rotate around the Y-axis via a hinge (not shown). That is, the light emitting unit  1511  can be positioned in a first position (refer to  FIG. 6 ) which is substantially orthogonal (substantially parallel to the XY plane) to the light-emitting side supporting member  1512 , and a second position (refer to  FIG. 3 ) which is substantially parallel to (substantially parallel to the YZ plane) to the light-emitting side supporting member  1512  in a state of being mounted to the base portion  111 . In the state where the light emitting unit  1511  is positioned in the first position, the light can be received and emitted between a light emitting unit  1511  and a light receiving unit  1521 . In addition, in the state where the light emitting unit  1511  is positioned in the first position, the light emitting unit  1511  comes in contact with the mounted receiving member  3  mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16 . On the other hand, in the state where the light emitting unit  1511  is positioned in the second position, the light cannot be received and emitted between the light emitting unit  1511  and the light receiving unit  1521 . In addition, in the state where the light emitting unit  1511  is positioned in the second position, the light emitting unit  1511  does not come in contact with the receiving member  3  mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16 . The detected light is emitted from a tip end part of the light emitting unit  1511 . Accordingly, the light emitting part of the detected light in the light emitting unit  1511  is configured to be largely moved when the light emitting unit  1511  is displaced. 
     Here, in the receiving member mode, when the light emitting unit  1511  is positioned in the first position, the light emitting unit  1511  comes in contact with the receiving member  3 , and thus the light emitting unit  1511  interferes with the receiving member  3 . In contrast, in the printer  100  in the receiving member mode, the light emitting unit  1511  can be positioned at the second position, and thus it is possible to prevent the light emitting unit  1511  from interfering with the receiving member  3 . In addition, the light emitting unit  1511  is supported by the light-emitting side supporting member  1512  through a hinge, and thus the light emitting unit  1511  can be positioned at the first position and the second position in a state where the light-emitting side supporting member  1512  is attached to the base portion  111 . Accordingly, the user is not required to perform an operation of attaching and detaching the light emitting unit  1511  such that the printer  100  switches the position of the light emitting unit  1511  to the first position and the second position. 
     In other words, the detecting unit allows at least one (here, the light emitting unit  1511 ) of the first detecting unit and the second detecting unit to be rotated so as to be displaced between the detecting position and the retractable position. With this, it is possible to easily displace at least one of the first detecting unit and the second detecting unit without replacing components. 
     The light receiving unit  152  is provided with the light receiving unit  1521  and the light-receiving side supporting member  1522 . The light receiving unit  1521  is an example of the second detecting unit. The light receiving unit  1521  is formed into a substantially “U” shape when seen from the Z direction. The light receiving element (not shown) is incorporated into the light receiving unit  1521 , and receives the detected light from the light emitting element. The light receiving element is, for example, an infrared phototransistor. The light receiving unit  1521  is electrically connected to the detecting circuit in the winding box  1413  by a light-receiving side wiring  1523 . The light-receiving side wiring  1523  is an example of a second wiring which connects the second receiving and emitting unit and the winding unit  14 . 
     The light-receiving side supporting member  1522  is formed into a box shape the −Y side is opened by diagonally cutting the corner portions on the +Y side and the +Z side. The light receiving unit  1521  is supported by the light-receiving side supporting member  1522  on the +Y side. The light-receiving side supporting member  1522  is detachably mounted on the base portion  111  on the +X side so as to cover the end portion on the +Y side of the base portion  111  on the +X side. The light-receiving side supporting member  1522  is attached to the base portion  111  by a small screw  1524  (refer to  FIG. 6 ). In addition, the light-receiving side supporting member  1522  can be attached to the surface on the −X side of the winding box  1413  by using the small screw  1524  (refer to  FIG. 3 ). That is, the light-receiving side supporting member  1522  can be replaced from the base portion  111  on the +X side to the winding box  1413 . That is, the light receiving unit  152  is detachably mounted on each of the base portion  111  on the +X side and the winding box  1413 . Note that, the small screws  1514  and  1524  which are used to attach the light-emitting side supporting member  1512  and the light-receiving side supporting member  1522  to the base portion  111  and the winding box  1413  are preferably manual type screws (hand-cranked screws), and among them, a screw with a captive washer is further preferably used so as to improve the workability. 
     Here, as described above, the light emitting unit  151  is detachably mounted on the surface on the −X side of the winding box  1413 . Similarly, the light receiving unit  152  is detachably mounted on the surface on the −X side of the winding box  1413 . Therefore, at the time of assembling the printer  100 , the light emitting unit  151  and the light receiving unit  152  are temporarily mounted on the winding box  1413 , that is, it is possible to attach the winding box  1413  to the pillar portion  112  in a state of temporary assembly. With this, in a state where the light emitting unit  151  hangs down from the winding box  1413  via the light-emitting side wire  1513 , and the light receiving unit  152  hangs down from the winding box  1413  via the light-receiving side wiring  1523 , it is possible to avoid performing the attaching operation of the winding box  1413 . Accordingly, it is possible to prevent the light-emitting side wire  1513  or the light-receiving side wiring  1523  from being pulled and thus disconnected in the middle of the operation of attaching the winding box  1413 . 
     In other words for the above configuration, the detecting unit is configured so as to be detachably mounted on the winding unit  14 . When the detecting unit is mounted on the winding unit  14 , the winding unit  14  and the detecting unit can be set as a pair. For this reason, it is possible to easily store the detecting unit so as to be less likely to be lost. 
     In addition, in the receiving member mode, the light receiving unit  152  is not necessary and is provided at the end portion on the +Y side of the base portion  111 , and thus the user stumbles on the light receiving unit  152  at the time of passing through the vicinity of the printer  100 . For this reason, the light receiving unit  152  is detached from the base portion  111  and is mounted on the winding box  1413  in the receiving member mode. Note that, even in the receiving member mode, the light receiving unit  152  may be in a state of being mounted on the base portion  111 . 
     The weight equipment  2  is mounted at an end portion (lower end portion) on the −Z side of the printed part Pa slackened to the −Z side from the discharging port  124 . With this, the shape of the slackened part of the printed part Pa is stabilized. 
     The receiving member  3  is mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16  with the slackness on the −Z side. The mounted receiving member  3  receives the printed part Pa discharged from the discharging port  124 . In a case where a plurality of printed parts Pa are sequentially transported from the discharging port  124 , the plurality of printed parts Pa are sequentially stacked on the receiving member  3  so as to be discharged to the receiving member  3 . Meanwhile, the receiving member  3  will be described below in detail. 
     In a case where the printer  100  which is configured as described above is used in the receiving member mode, the user moves the light emitting unit  1511  to the second position in advance, and mounts the light receiving unit  152  on the winding box  1413 . In addition, the end portion on the +Y side of the receiving member  3  is mounted on the first receiving member mounting portion  13 , and the end portion on the −Y side of the receiving member  3  is mounted on the second receiving member mounting portion  16 . In addition, in the receiving member mode, in the printer  100 , the printed part Pa is cut off by using the cutting portion  125  after the printing is performed on the printing medium P by the printing unit  122 , and the cut-off printed part Pa is discharged to the mounted receiving member  3  which is mounted between the first receiving member mounting portion  13  and the second receiving member mounting portion  16 . 
     On the other hand, in a case where the printer  100  is used in the winding mode, the user detaches the end portion on the +Y side of the receiving member  3  from the first receiving member mounting portion  13 , and detaches the end portion on the −Y side of the receiving member  3  from the second receiving member mounting portion  16 . In addition, the user moves the light emitting unit  1511  to the first position and mounts the light receiving unit  152  on the base portion  111 . Further, the user extracts the tip end portion of the printing medium P to the winding unit  14  from the discharging port  124  by passing through the +Y side of the mounting bar  131  so as to be bonded to the paper tube C set in the winding unit  14 . In addition, in the winding mode, the printer  100  performs the printing on the printing medium P by the printing unit  122  while transporting the printing medium P by using a roll-to-roll method, and winds the printed part Pa by the winding unit  14  based on the detection result of the slack detecting sensor  15 , without cutting off the printed part Pa by the cutting portion  125 . In this case, the first receiving member mounting portion  13  comes in contact with the printed part Pa facing the winding unit  14  from the discharging port  124 , and guides feeding of the printed part Pa. 
     Here, the slack detecting sensor  15  is provided with the light emitting unit  1511  and the light receiving unit  1521  as separated units (the light emitting unit  151  and the light receiving unit  152 ), and thus the light emitting unit  1511  and the light receiving unit  1521  can be separately disposed, and can correspond to various winding conditions. For example, as illustrated in  FIG. 6 , in a case where the printing medium P (indicated by a two-dot chain line in  FIG. 6 ) is wound such that the printed surface is positioned inside, the printing medium P passes through the +Y side as compared with the case where the printing medium P (shown by a solid line in the  FIG. 6 ) is wound such that the printed surface is positioned outside. Also in this case, the slackened printing medium P passes through between the light emitting unit  1511  and the light receiving unit  1521 , and thus the fact that the slack amount of the printing medium P approaches a predetermined amount is detected. 
     The guide for the feeding of the printed part Pa by the first receiving member mounting portion  13  will be further described with reference to  FIG. 6  and  FIG. 7 . As illustrated in  FIG. 7 , unlike the printer  100  of the embodiment, in a printer  100 A according to the comparative example, the receiving member  3  is not detachably mounted on the first receiving member mounting portion  13 , but the first receiving member mounting portion  13  is detachably mounted on the base portion  111 . For this reason, in the printer  100 A, the first receiving member mounting portion  13  is detachably mounted, and thus the receiving member  3  is detached. That is, the printer  100 A in the winding mode is used in a state where the first receiving member mounting portion  13  is detached from the base portion  111 . For this reason, in the printer  100 A, the printed part Pa discharged from the discharging port  124  is transported to the −Z side (the lower side) through the vicinity of the winding unit  14 . With this, as a winding amount of the printed part Pa which is wound around the paper tube C is increased, it is possible to prevent the printed part Pa which is transported to the −Z side (the lower side) from the discharging port  124  from rubbing against the printed surface of the printed part Pa, that is, the printing image, which is wound around the paper tube C. For this reason, in the printer  100 A, there is a concern in that the printed surface of the printed part Pa is scratched. 
     In contrast, the printer  100  according to the embodiment is configured such that the receiving member  3  is detachably mounted on the first receiving member mounting portion  13 , as described above, and in the winding mode, the receiving member  3  is used in a state of being detached from the first receiving member mounting portion  13 . That is, in the printer  100 , the first receiving member mounting portion  13  can be used in a state of being fixed to the base portion  111  even in the winding mode. As illustrated in  FIG. 6 , in the winding mode, the first receiving member mounting portion  13  guides the printed part Pa transported to the −Z side (the lower side) from the discharging port  124  to be curved to the +Y side (the side opposite to the winding unit  14 ). The meaning of “the first receiving member mounting portion  13  guides the printed part Pa” is that “the first receiving member mounting portion  13  corresponds to a portion of a path guiding the printed part Pa”. That is, the first receiving member mounting portion  13  functions as a medium supporting portion supporting the printing medium P. With this, even in a case where a winding amount of the printed part Pa which is wound around the paper tube C is increased, it is possible to prevent the printed part Pa which is transported to the −Z side (the lower side) from the discharging port  124  from rubbing against the printed surface of the printed part Pa which is wound around the paper tube C. For this reason, it is possible to prevent the printed surface of the printed part Pa from being scratched. In addition, the first receiving member mounting portion  13  is not required to be detachable, and thus it is possible to make the first receiving member mounting portion  13  have the robustness. 
     In other words for the above configuration, in a case where the printing medium P is wound by the winding unit  14 , the medium supporting portion supports the printing medium P such that a part of the printing medium P which is wound by the winding unit  14 , and a part of the printing medium P before being wound by the winding unit  14  do not contact with each other. With this, it is possible to prevent the part of the printing medium P which is wound by the winding unit  14  from rubbing against the part of the printing medium P before being wound by the winding unit  14 . 
     The receiving member  3  and an attaching and detaching operation of the receiving member  3  with respect to the first receiving member mounting portion  13  will be further described with reference to  FIG. 8  and  FIG. 9 . The receiving member  3  is provided with a sheet material  31  and a plate  32 . 
     The sheet material  31  is formed into a substantially rectangular shape, and the width dimension (dimension in the X direction) is larger than the width of the printing medium P (dimension in the X direction) of the settable maximum width. The material of the sheet material  31  is, for example, fabric. A first cylindrical portion  311  is provided at an end portion on the +Y side of the sheet material  31  and a second cylindrical portion  312  is provided at an end portion on the −Y side of the sheet material  31 . The first cylindrical portion  311  is folded and stitched such that the end portion on the +Y side of the sheet material  31  is formed into a cylindrical shape. The sheet material  31  is inserted into the first cylindrical portion  311 . In addition, a plurality of (here, four) notches  313  are provided in the first cylindrical portion  311 . Four of the notches  313  are correspondingly provided to the above-described four mounting-side engaging portions  133  with intervals in the X direction. Note that, the number of the notches  313  may be five or more, or may be one to three. Similar to the first cylindrical portion  311 , the second cylindrical portion  312  is folded and stitched such that the end portion on the −Y side of the sheet material  31  is formed into a cylindrical shape. The second cylindrical portion  312  is mounted on the second receiving member mounting portion  16  so as to cover the second receiving member mounting portion  16  from the tip end side (−X side) of the second receiving member mounting portion  16 . 
     The plate  32  is formed into an elongated plate shape in the X direction. That is, the length of the plate  32  in the X direction is substantially the same as the width dimension (the length in the X direction) of the sheet material  31 . In addition, the width (the length in the Y direction in  FIG. 8 , and the length of the diagonal surface so as to be downwardly sloped in  FIG. 9 ) of the plate  32  is slightly smaller than the width (the length of the diagonal surface so as to be downwardly sloped in  FIG. 9 ) of the fourth circumferential surface  1314  of the mounting bar  131  (refer to  FIG. 9 ). The plate  32  is formed of a resin, for example. A plurality of (four) receiving-member side engaging portions  321  and a plurality of (four) knob portions  322  are provided on the plate  32 . Four of the receiving-member side engaging portion  321  are provided to the plate  32  with intervals in the longitudinal direction (the X direction), and are engaged with four of the mounting-side engaging portions  133 . The receiving-member side engaging portion  321  is formed such that one of the long side portions of the plate  32  is notched. Four of the knob portions  322  are correspondingly positioned at four of the receiving-member side engaging portions  321 . The knob portion  322  is formed so as to be folded toward the corresponding receiving-member side engaging portion  321  from the other long side portion of the plate  32 . The knob portion  322  becomes a portion which is peaked when the engagement of the receiving-member side engaging portion  321  and the mounting-side engaging portion  133  is released. Note that, the number of each of the receiving-member side engaging portion  321  and the knob portion  322  may be five or more, or may be one to three. 
     As illustrated in  FIG. 9 , when the end portion on the +Y side of the receiving member  3  is mounted on the first receiving member mounting portion  13 , first, the end portion on the +Y side of the receiving member  3  is wound from the mounting bar  131  from the +Z side (upper side). That is, the end portion on the +Y side of the receiving member  3  is wound around the mounting bar  131  from the first circumferential surface  1311  to the fourth circumferential surface  1314  via the second circumferential surface  1312  and the third circumferential surface  1313 . At this time, the mounting-side engaging portion  133  which is provided on the fourth circumferential surface  1314  is exposed to the notch  313  which is provided on the sheet material  31 . In this state, the receiving-member side engaging portion  321  and the mounting-side engaging portion  133  are engaged with each other by pressing the plate  32  in the direction of arrow D such that the mounting-side engaging portion  133  fits into the receiving-member side engaging portion  321 , and thus the end portion on the +Y side of the receiving member  3  is mounted to the first receiving member mounting portion  13 . On the other hand, when the end portion on the +Y side of the receiving member  3  is detached from the first receiving member mounting portion  13 , first, the knob portion  322  is picked and pulled in the direction of arrow E, and thus the mounting-side engaging portion  133  is detached from the receiving-member side engaging portion  321 , and the engagement of the receiving-member side engaging portion  321  and the mounting-side engaging portion  133  is released. Subsequently, when the winding of the receiving member  3  wound around the mounting bar  131  is released, the end portion on the +Y side of the receiving member  3  is detached from the first receiving member mounting portion  13 . 
     Here, when the receiving member  3  is provided with the plate  32 , even in a state where four of the receiving-member side engaging portions  321  and four of the mounting-side engaging portions  133  are engaged with each other, the sheet material  31  is prevented from being slackened between the receiving-member side engaging portions  321 . Therefore, in the printer  100 , the printed part Pa comes in contact with wrinkles occurring in the sheet material  31 , and thus it is possible to prevent the printed surface of the printed part Pa from being scratched. Note that, it is preferable that the plate  32  has rigidity which is enough to prevent the sheet material  31  from being slackened. In addition, four of the receiving-member side engaging portions  321  are provided on the plate  32 , and thus it is not necessary that four of the receiving-member side engaging portions  321  are provided apart from the plate  32 , and the number of components can be reduced. 
     In addition, the mounting-side engaging portion  133  in the winding direction of the receiving member  3  is not provided on the first circumferential surface  1311  and the second circumferential surface  1312  on the upstream side in the winding direction further than the position at a half circumference from the winding start position F, but is provided on the fourth circumferential surface  1314  on the downstream side in the winding direction further than the position at a half circumference from a winding start position F. For this reason, the printed part Pa is received in the receiving member  3  such that the cut-off printed part Pa is long, the rear end portion of the printed part Pa is fell down to the +Y side further than the mounting bar  131 , and thus even in the case where the printed part Pa covers the first circumferential surface  1311  and the second circumferential surface  1312  on the upstream side in the winding direction further than the position at a half circumference from the winding start position F, the printed part Pa does not come in contact with the mounting-side engaging portion  133 . Accordingly, in the printer  100 , when the printed part Pa comes in contact with the mounting-side engaging portion  133 , it is possible to prevent the printed surface of the printed part Pa from being scratched. Note that, the third circumferential surface  1313  is also provided on the downstream side in the winding direction further than the position at a half circumference from the winding start position F, and thus the mounting-side engaging portion  133  may be provided on the third circumferential surface  1313 . 
     In other words for the above configuration, refer to the following description. First, the receiving member  3  is attached to the frame unit so as to be wound. In addition, in the winding direction of the receiving member  3 , the engaging portion is provided on the downstream side in the winding direction further than the position at a half circumference from the winding start position F. With this, the engaging portion is not provided on the upstream side in the winding direction further than the position at a half circumference from the winding start position F. For this reason, even in a case where the printed part Pa received in the receiving member  3  covers the upstream side in the winding direction further than the position at a half circumference from the winding start position F, the printed part Pa does not come in contact with the engaging portion. Accordingly, according to this configuration, when the printed part Pa comes in contact with the engaging portion, it is possible to prevent the printed surface the printed part Pa from being scratched. 
     In addition, a knob portion  322  is provided on the plate  32 , and the knob portion  322  is picked and pulled such that the engagement of the receiving-member side engaging portion  321  with the mounting-side engaging portion  133  can be released. In this way, the printer  100  is capable of improving workability at the time of releasing the engagement of the receiving-member side engaging portion  321  with the mounting-side engaging portion  133 . In the embodiment, the width of the plate  32  (the length of the diagonal surface so as to be downwardly sloped in  FIG. 9 ) is smaller than the width of the fourth circumferential surface  1314  (the length of the diagonal surface so as to be downwardly sloped in  FIG. 9 ) of the mounting bar  131 , and it is difficult to pick and pull the entire the plate  32  in the width direction at the time of releasing the engagement of the receiving-member side engaging portion  321  with the mounting-side engaging portion  133 , and thus the knob portion  322  is particularly effective. 
     Further, the width (the length of the diagonal surface so as to be downwardly sloped in  FIG. 9 ) of the plate  32  is slightly smaller than the width (the length of the diagonal surface so as to be downwardly sloped in  FIG. 9 ) of the fourth circumferential surface  1314  of the mounting bar  131 . With this, in a state where the receiving-member side engaging portion  321  provided on the plate  32  is engaged with the mounting-side engaging portion  133  provided on the mounting bar  131 , it is possible to prevent the plate  32  from being projected from the first circumferential surface  1311 , and it is possible to prevent a convex portion from being generated in the receiving member  3  by the plate  32  which is projected from the first circumferential surface  1311 . For this reason, the printed part Pa is received in the receiving member  3  such that the cut-off printed part Pa is long, the rear end portion of the printed part Pa is fell down to the +Y side further than the mounting bar  131 , and thus even in the case where the printed part Pa covers the first circumferential surface  1311 , the convex portion generated in the receiving member  3  does not come in contact with the printed surface of the printed part Pa. Accordingly, in the printer  100 , when the convex portion generated in the receiving member  3  comes in contact with the printed surface of the printed part Pa, it is possible to prevent the printed surface of the printed part Pa from being scratched. 
     As described above, the printer  100  of the embodiment includes the receiving member mode and the winding mode. In the receiving member mode, the printer  100  cuts off the printed part Pa of the printing medium P which is a continuous sheet, and discharges the cut-off printed part Pa to a sheet-like receiving member  3 . In the winding mode of the printer  100 , the printed part Pa is wound without cutting off the printed part Pa. In addition, the printer  100  is provided with the printing unit  122 , the cutting portion  125 , the winding unit  14 , the first receiving member mounting portion  13 , and the second receiving member mounting portion  16 . The printing unit  122  performs the printing on the printing medium P. The cutting portion  125  cuts off the printed part Pa. The winding unit  14  winds the printed part Pa. The end portion on the +Y side of the receiving member  3  is detachably mounted on the first receiving member mounting portion  13 . The end portion on the −Y side of the receiving member  3  is detachably mounted on the second receiving member mounting portion  16 . In addition, in the receiving member mode, the end portion on the +Y side of the receiving member  3  is mounted on the first receiving member mounting portion  13 , and in the winding mode, the first receiving member mounting portion  13  guides feeding of the printed part Pa facing the winding unit  14  in a state where the end portion on the +Y side of the receiving member  3  is detached. 
     With such a configuration, the first receiving member mounting portion  13  functions as a portion on which the end portion on the +Y side of the receiving member  3  is mounted in the receiving member mode, and functions as a guide for guiding feeding of the printed part Pa in the winding mode. Accordingly, in the printer  100 , the first receiving member mounting portion  13  on which the end portion on the +Y side of the receiving member  3  is mounted in the receiving member mode can be efficiently used even in the winding mode. 
     The invention is not limited to the above embodiments, and it is needless to say that various configurations can be employed without departing from the gist of the invention. For example, the present embodiment can be changed to the following forms. 
     A configuration that the light receiving unit  1521  can be positioned at the first position and the second position may be employed instead of the configuration that the light emitting unit  1511  can be positioned at the first position and the second position. That is, the light receiving unit  1521  may be configured to be capable of being positioned at the first position which can receive and emit the detected light between the light receiving unit  1521  and the light emitting unit  1511 , and which comes in contact with the mounted receiving member  3 , and at the second position which can receive and emit the detected light between the light receiving unit  1521  and the light emitting unit  1511 , and which does not come in contact with the mounted receiving member  3 . 
     In addition, the slack detecting sensor  15  is not limited to a transmission-type photo-interrupter, and may be a reflective photo-interrupter which is provided with the light receiving and emitting unit and a reflector, for example. In this case, one of the light receiving and emitting unit and the reflector may be configured to be positioned at the first position and the second position. That is, one of the light receiving and emitting unit and the reflector may be configured to be capable of being positioned at the first position which can receive and emit the detected light between both of the light receiving and emitting unit and the reflector, and which comes in contact with the mounted receiving member  3 , and at the second position which can receive and emit the detected light between both of the light receiving and emitting unit and the reflector, and which does not come in contact with the mounted receiving member  3 . 
     The angle of the bar supporting material  132  with respect to the Y direction may be the same in both of the receiving member mode and the winding mode. That is, the position of the first receiving member mounting portion  13  on which the receiving member  3  is mounted in the receiving member mode mane the same as the position of the first receiving member mounting portion  13  for guiding the printed part Pa in the winding mode. With this, whenever the receiving member mode and the winding mode are switched to each other, the user is not required to perform an operation of changing the position of the first receiving member mounting portion  13 . In addition, since the first receiving member mounting portion  13  is not required to be movable, it is possible to enhance the robustness of the first receiving member mounting portion  13 . 
     In other words for the above configuration, the frame unit is configured such that the position in a case where the printing medium P is not wound by the winding unit  14  is the same as the position in a case where the printing medium P is wound by the winding unit  14 . With such a configuration, it is possible to easily switch the case where the receiving member  3  is used into a case where the receiving member  3  is not used, without causing the frame unit to be movable. 
     The printing unit  122  is not limited to a serial type, and may discharge ink by using a line type. Further, the printing unit  122  is not limited to an ink jet type, and may be an electrophotographic type and a thermal type, for example. 
     Note that, as a reference, the printer  100  in a state where the printing medium P is not set is illustrated in  FIG. 10  to  FIG. 14 .  FIG. 10  is a first perspective view of when viewing the printer  100  from a first angle.  FIG. 11  is a second perspective view of when viewing the printer  100  from a second angle.  FIG. 12  is a third perspective view of when viewing the printer  100  from a third angle.  FIG. 13  is a fourth perspective view of when viewing the printer  100  from a fourth angle.  FIG. 14  is a fifth perspective view of when viewing the printer  100  from a fifth angle. 
     This application claims priority under 35 U.S.C. §119 to Japanese Patent Application No. 2015-205855, filed Oct. 19, 2015. The entire disclosure of Japanese Patent Application No. 2015-205855 is hereby incorporated herein by reference.