CN203237836U - Sheet supporting device - Google Patents
Sheet supporting device Download PDFInfo
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- CN203237836U CN203237836U CN 201320116552 CN201320116552U CN203237836U CN 203237836 U CN203237836 U CN 203237836U CN 201320116552 CN201320116552 CN 201320116552 CN 201320116552 U CN201320116552 U CN 201320116552U CN 203237836 U CN203237836 U CN 203237836U
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- Prior art keywords
- support component
- pull
- out direction
- connecting member
- sheet material
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Abstract
The utility model provides a sheet supporting device. Rigidity of two parts can be also highly maintained even under the condition that the second supporting part which can be pulled-out or pushed-in relative to the first supporting part is pulled-out to the maximum extent. The sheet supporting device comprises the first supporting device, the second supporting device and a connecting part. The second supporting part can be moved to the pushed-in first position and the pulled-out second position relative to the first supporting part, and the connecting part can be connected relative to the first supporting part and the second supporting part respectively in the mode that the connecting part can slide in the pulled-out direction. When the second supporting part is located at the second position, the front end of the connecting part is located on the front side relative to the front end of the first supporting part, and the rear end of the connecting part is located on the rear side relative to the rear end of the second supporting part. When the second supporting part is located at the first position, the front end of the connecting part is located on the rear side relative to the front end of the first supporting part and the front end of the second supporting part, and the rear end of the connecting part is located on the front side relative to the rear end of the first supporting part and the rear end of the second supporting part.
Description
Technical field
The utility model relates to the sheet material bracing or strutting arrangement that supports from the sheet material of device discharge.
Background technology
The known image recording structure that comprises first row paper tray portion and be arranged to the second ADF tray portion that can be flexible with respect to this first ADF tray portion.In this image recording structure, extend with respect to the first ADF tray portion by the second discharge tray, and large-sized paper used for recording is supported by the first ADF tray portion and the second ADF tray portion.
Yet at image recording structure day by day during miniaturization, or image recording structure need to make the second ADF tray portion extend significantly with respect to the first ADF tray portion can document image on larger sized paper used for recording the time.When the second ADF tray portion is extended significantly with respect to the first ADF tray portion, the overlapping length of the second ADF tray portion and the first ADF tray portion shortens, the rigidity of the second ADF tray portion and the first ADF tray portion descends, and possibly can't fully support the sheet material that is discharged from.
The utility model content
Therefore, the utility model purpose is the sheet material bracing or strutting arrangement that provides following: even in the situation that the second support component is pulled out significantly from the first support component, also can keep than the highland rigidity of the first support component and the second support component, described the second support component can pull out and push with respect to the first support component that can support sheet.
The utility model provides a kind of sheet material bracing or strutting arrangement, comprising:
The first support component supports the sheet material of discharging from described sheet material bracing or strutting arrangement;
The second support component can move to primary importance and the second place of comparing described primary importance and being pulled out to pull-out direction with respect to described the first support component, on the described second place with described the first support component support sheet; And
Connecting member, have first end and compare second end of described first end by described pull-out direction upstream side, with respect to described the first support component linking along the mode that described pull-out direction slides, and with respect to described the second support component linking along the mode that described pull-out direction slides
At this,
Be positioned under the state of the described second place at described the second support component, the downstream end that the described first end of described connecting member is compared the described pull-out direction of described the first support component is positioned at the downstream of described pull-out direction, and the upstream extremity that described second end of described connecting member is compared the described pull-out direction of described the second support component is positioned at the upstream side of described pull-out direction
Be positioned under the state of described primary importance at described the second support component, the downstream end that the described first end of described connecting member is compared the described pull-out direction of described the first support component and described the second support component is positioned at the upstream side of described pull-out direction, and described second end of the described connecting member upstream extremity of comparing the described pull-out direction of described the first support component and described the second support component is positioned at the downstream of described pull-out direction.
Sheet material bracing or strutting arrangement of the present utility model is preferred,
Described the first support component has the support portion of supporting described sheet material,
Described support portion has the resettlement section of accommodating described connecting member.
Sheet material bracing or strutting arrangement of the present utility model is preferred,
Described resettlement section has: the bottom; Erect the wall section that arranges and extend setting along described pull-out direction from described bottom,
Described connecting member has: with the base plate of the face butt of the described wall section side of described bottom; From described base plate along with described wall section erect the setting party to and extend the setting party to identical direction erect arrange and extend arrange and with the section of setting that erects of described wall section butt,
Described the second support component has the rib that extends and extend along described pull-out direction setting towards described bottom.
Sheet material bracing or strutting arrangement of the present utility model is preferred,
Described resettlement section with the Width of described pull-out direction quadrature on arrange discretely two,
Described support portion has to extend along described pull-out direction between two described resettlement sections and arranges and compare erecting of described wall section the low wall section that front end is positioned at described bottom one side is set.
Sheet material bracing or strutting arrangement of the present utility model is preferred,
Described connecting member with the Width of described pull-out direction quadrature on the end of comparing described the first support component link by center side and described the first support component, and the end of comparing described the second support component on described Width is by center side and the link of described the second support component.
Sheet material bracing or strutting arrangement of the present utility model is preferred,
The end that described the second support component is discharged the downstream of direction from the sheet material of described the first support component is drawn out and pushes with respect to described the first support component,
Described the second support component is configured in the upside of described the first support component,
Described connecting member have with the Width of described pull-out direction quadrature on arrange discretely two and extend the extension that arranges along described pull-out direction section is set,
Two the described extensions of described the second support component in the end, upstream of described pull-out direction arrange to have between the section along with towards the downstream of described pull-out direction and acclivitous rake,
Described rake is compared below upper end that described extension arranges section is positioned at the upstream side of described pull-out direction, compares above upper end that described extension arranges section is positioned in the downstream of described pull-out direction.
Sheet material bracing or strutting arrangement of the present utility model is preferred,
Described the first support component has can be by elastic deformation and pull out debooster with described second support component of described primary importance engages/breaks away from.
Sheet material bracing or strutting arrangement of the present utility model is preferred,
Described the first support component has can be by elastic deformation and push debooster with described second support component of the described second place engages/breaks away from.
Sheet material bracing or strutting arrangement of the present utility model is preferred, also comprises:
The first pallet is accommodated the sheet material of supplying with to described sheet material bracing or strutting arrangement; And
The second pallet can be drawn out and push with respect to described the first pallet, accommodates sheet material with described the first pallet under the state of pulling out from described the first pallet,
At this,
Described the first support component engages with described the first pallet,
Described the second support component engages with described the second pallet.
The utility model provides a kind of sheet material bracing or strutting arrangement, comprising:
The first support component supports the sheet material of discharging from described sheet material bracing or strutting arrangement;
The second support component can move to primary importance and the second place of comparing described primary importance and being pulled out to pull-out direction with respect to described the first support component, on the described second place with described the first support component support sheet; And
Connecting member, have first end and compare second end of described first end by described pull-out direction upstream side, with respect to described the first support component linking along the mode that described pull-out direction slides, and with respect to described the second support component linking along the mode that described pull-out direction slides
At this,
Be positioned under the state of the described second place at described the second support component, the overlapping length of described the first support component on the described pull-out direction and described connecting member, and described pull-out direction on the overlapping length of described the second support component and described connecting member all the length more overlapping than described the first support component on the described pull-out direction and described the second support component is long
Be positioned under the state of described primary importance at described the second support component, described connecting member is located in the overlapping scope of the above first support component of described pull-out direction and described the second support component.
Description of drawings
Fig. 1 is the stereoscopic figure of compounding machine 10.
Fig. 2 is the stereoscopic figure of the sheet material bracing or strutting arrangement 19 of the second support component 82 when being positioned at primary importance with respect to the first support component 81.
Fig. 3 is the stereoscopic figure of the sheet material bracing or strutting arrangement 19 of the second support component 82 when being positioned at the second place with respect to the first support component 81.
Fig. 4 is the exploded perspective view of observing the state that discharge tray 21 sees from oblique upper.
Fig. 5 is the exploded perspective view of the state seen from oblique beneath discharge tray 21.
Fig. 6 is the birds-eye view of the sheet material bracing or strutting arrangement 19 of the second support component 82 when being positioned at primary importance with respect to the first support component 81.
Among Fig. 7, Fig. 7 (A) is the VIIA-VIIA cutaway view of Fig. 6, and Fig. 7 (B) is the VIIB-VIIB cutaway view of Fig. 6.
Among Fig. 8, Fig. 8 (A) is the birds-eye view of the front side of the sheet material bracing or strutting arrangement 19 of the second support component 82 when being positioned at the second place with respect to the first support component 81, and Fig. 8 (B) is the 8B-8B cutaway view of Fig. 8 (A).
Among Fig. 9, Fig. 9 (A) is the IXA-IXA cutaway view of Fig. 8, and Fig. 9 (B) is the IXB-IXB cutaway view of Fig. 8.
Figure 10 is the longitudinal sectional view that schematically shows the inner structure of chopping machine section 12.
Figure 11 is the upward view of the discharge tray 21 of the second support component 82 when being positioned at primary importance with respect to the first support component 81.
Figure 12 is the birds-eye view of the discharge tray 21 of the second support component 82 when being positioned at primary importance with respect to the first support component 81.
Among Figure 13, Figure 13 (A) is the XIIIA-XIIIA cutaway view of Figure 12, and Figure 13 (B) is the XIIIB-XIIIB cutaway view of Figure 12.
Figure 14 is the birds-eye view of the discharge tray 21 of the second support component 82 when being positioned at the second place with respect to the first support component 81.
Among Figure 15, Figure 15 (A) is the XIVA-XIVA cutaway view of Figure 14, and Figure 15 (B) is the XIVB-XIVB cutaway view of Figure 14.
The specific embodiment
Below, embodiment of the present utility model is described.Need to prove, below the embodiment of explanation in the scope that does not change purport of the present utility model, can suitably change embodiment of the present utility model nothing but an example of the present utility model certainly.And, in the following description, can make state (state of Fig. 1) that land used arranges define above-below direction 7 as benchmark take compounding machine 10, define fore-and-aft direction 8 with a side that opening 13 is set for side (front) nearby, observe compounding machine 10 from side (front) nearby and define left and right directions 9.
[integral structure of compounding machine 10]
As shown in Figure 1, an example of compounding machine 10(device) form roughly cuboid.Compounding machine 10 possesses scanner section 11 at an upper portion thereof, and this scanner section 11 obtains view data by the image that imageing sensor reads on the original copys such as being recorded in paper used for recording.And compounding machine 10 possesses chopping machine section 12 in its underpart, and this chopping machine section 12 is based on above-mentioned view data etc. and in an example of paper used for recording 15(sheet material, with reference to Figure 10) upper document image.
Scanner section 11 consists of as so-called flat bed scanner, but at this, omits the detailed description of the inner structure of scanner section 11.Chopping machine section 12 has the chopping machine framework 14 that forms cuboid roughly and be formed with opening 13 in the front.
As shown in figure 10, internal configurations in the chopping machine framework 14 of chopping machine section 12 has sheet material bracing or strutting arrangement 19, transfer roller to 63 and distributing roller to 66, record section 24 etc., described sheet material bracing or strutting arrangement 19 possesses paper supply tray 20, this paper supply tray 20 can be from opening 13 along fore-and-aft direction 8 plugs and contain paper used for recording 15 in inside, described transfer roller to 63 and distributing roller 66 paper used for recording 15 that will be contained in paper supply tray 20 are transmitted described record section 24 document image based on the view data that is read from original copy by scanner section 11 etc. and on the paper used for recording 15 that transmits along transfer path 23 along transfer path 23.
The paper used for recording 15 that records image is discharged to the discharge tray 21 of the upside that is arranged on paper supply tray 20, is positioned on the discharge tray 21.At this, discharge tray 21 and paper supply tray 20 are overlapping and be arranged on the upside of paper supply tray 20, with paper supply tray 20 integratedly with respect to opening 13 plugs.Insert under the state of opening 13 at paper supply tray 20, discharge tray 21 consists of the bottom surface of opening 13.Having recorded the paper used for recording 15 behind the image by record section 24 discharges to discharge tray 21.Need to prove, for discharge tray 21, be elaborated in the back.
[transfer path 23]
As shown in figure 10, transfer path 23 be rearward end take paper supply tray 20 as basic point, after extending upward and carry out u turn from the below, extend forward and arrive the path of discharge tray 21.Transfer path 23 is mutual spaces of consisting of of opposed the first guide member 31 and the second guide member 32 by separating predetermined distance.Paper used for recording 15 23 is supplied with from paper supply tray 20 to transfer path, is that direction of transfer 16 transmits to the direction shown in the arrow of the dotted line of Figure 10 on transfer path 23.
[transfer roller to 63 and distributing roller to 66]
As shown in figure 10, on transfer path 23, be provided with the transfer roller that consisted of by transfer roller 61 and pinch roll 62 to 63 than record section 24 by the upstream side of direction of transfer 16.Pinch roll 62 is by the elastomeric elements such as spring (not shown) and carry out pressure contact with the roll surface of transfer roller 61.On transfer path 23, be provided with the distributing roller that consisted of by distributing roller 64 and fluted disc 65 to 66 than record section 24 by the downstream of direction of transfer 16.Fluted disc 65 is by the elastomeric elements such as spring (not shown) and carry out pressure contact with the roll surface of distributing roller 64.
[record section 24]
As shown in figure 10, record section 24 is configured in the upside of transfer path 23.Record section 24 possess be arranged on can be with transfer path 23 opposed locational header records 37, be equipped with the balladeur train 38 of header record 37.Be formed with for a plurality of nozzles 36 that will spray towards transfer path 23 from the black liquid that print cartridge (not shown) is supplied with at header record 37.Balladeur train 38 constitutes and can move back and forth along left and right directions 9.Balladeur train 38 limits to the left and right direction 9 move back and forth, and the limit sprays black drop from nozzle 36 towards the paper used for recording 15 that transmits along transfer path 23.Thus, document image on paper used for recording 15.
Need to prove, in the present embodiment, the mode of record section 24 document image on paper used for recording 15 is ink-jet recording, but the mode of record section 24 document image on paper used for recording 15 is not limited to ink-jet recording, also can be such as electrofax mode etc.
[sheet material bracing or strutting arrangement 19]
As shown in Figures 2 and 3, sheet material bracing or strutting arrangement 19 possesses paper supply tray 20 and discharge tray 21.
[paper supply tray 20]
As shown in Figures 2 and 3, paper supply tray 20 possesses the first pallet 72 and the second pallet 73.The first pallet 72 possesses base plate 74, holds the protuberance 76 that upwards erects the pair of side plates 75 of setting, upwards erects setting from the rear end of base plate 74 from about base plate 74.
The second pallet 73 is with the state configuration overlapping with the upside of the first pallet 72.The second pallet 73 possesses base plate 77, holds the header board 79 that upwards erects the pair of side plates 78 of setting, upwards erects setting from the front end of base plate 74 from about base plate 74.The pair of side plates 78 of the second pallet 73 inboard adjacent with the pair of side plates 75 of the first pallet 72 on left and right directions 9.And, be provided with the engagement section (not shown) that engages with the upper end of pair of side plates 78 in the pair of side plates 75 of the first pallet 72, with the pair of side plates 78 of preventing the second pallet 73 to the left and right direction 9 movement and allow the forwards, backwards movement of direction 8.Thus, the second pallet 73 slides along fore-and-aft direction 8 with respect to the first pallet 72.That is, the second pallet 73 can be pulled out forward and can be pushed backward with respect to the first pallet 72.
As shown in Figure 2, when the state that the second pallet 73 is pushed into respect to the first pallet 72, the paper used for recording 15 of supplying with to transfer path 23 be positioned in the base plate 77 of overlapping the second pallet 73 of the upside of the base plate 75 of the first pallet 72, and not with the part (rearward end) of the base plate 74 of overlapping the first pallet 72 of the second pallet 73.That is, at this moment, the paper used for recording 15 of supplying with to transfer path 23 is contained in the first pallet 72.
On the other hand, as shown in Figure 3, when the state that the second pallet 73 is drawn out with respect to the first pallet 72, the paper used for recording 15 of supplying with to transfer path 23 is positioned on the base plate 77 of most of and the second pallet 73 except leading section of base plate 74 of the first pallet 72.That is, at this moment, the paper used for recording 15 of supplying with to transfer path 23 is housed in the first pallet 72 and the second pallet 73 these both sides.In other words, the second pallet 73 is accommodated paper used for recording 15 with the state of pulling out from the first pallet 72 with the first pallet 72.
[discharge tray 21]
As shown in Figures 2 and 3, discharge tray 21 possesses the first support component 81, the second support component 82, connecting member 83.
[the first support component 81]
Such as Fig. 4 and shown in Figure 5, the first support component 81 is rectangular shapes that left and right directions 9 is grown than fore-and-aft direction 8, is the parts of ester moulding.The first support component 81 possesses main board 84 and upwards erects an example that arranges and extend a plurality of rib 85(support portion that arranges along fore-and-aft direction 8 from main board 84).Each rib 85 separates the arranged spaced of regulation at left and right directions 9.The upper surface of each rib 85 supports the paper used for recording 15 of discharging from compounding machine 10.
Be formed with the resettlement section 86 of accommodating connecting member 83 at the first support component 81.In the present embodiment, resettlement section 86 is in the example than the left and right directions 9(Width of the first support component 81) central portion respectively arrange one with the left side on the right side.That is, resettlement section 86 arranges two discretely on left and right directions 9.
Each resettlement section 86 is made of main board 84 and two ribs 85.Divided by the main board 84 that consists of resettlement section 86 and two ribs 85 and above contain connecting member 83 in the space opened wide.That is, the main board 84 that consists of each resettlement section 86 is examples of bottom, and two ribs 85 that consist of each resettlement section 86 are examples of wall section.
As shown in Figure 4, the ratio central authorities in a plurality of ribs 85 on the right side rib 85 and keep left that the rib 65 of side arranges and be formed with in the side of each rib 85 than central authorities pull out debooster 51(with reference to Figure 11) and push debooster 93.Need to prove, in the present embodiment, pull out debooster 51 and push debooster 93 and respectively form one with respect to a rib 85.Pull out debooster 51 and push debooster 93 and become the shape for lugs with the taper of tilting with respect to fore-and-aft direction 8.Pull out debooster 51 and push debooster 93 and possess the taper of front side and the taper of rear side.The taper of front side is more more tilted towards left and right directions 9 outsides, and the taper of rear side is more more tilted towards left and right directions 9 inboards.Pull out debooster 51 and be formed near the rear end of rib 85, push debooster 93 and form pull out the front end of rib 85 of debooster 51 in formation near.Pull out debooster 51 and push debooster 93 and engage with the elastic deformation section 94 of the second support component 82 described later, limit thus the movement along fore-and-aft direction 8 of the second support component 82 with the power of regulation.Thus, the second support component 82 is positioned with respect to the first support component 81.
As shown in Figures 2 and 3, the first support component 81 can be supported in rotationally along the direction of arrow 88 the first pallet 72.Below be described in detail.Be provided with the axle 87 that extends along left and right directions 9 in the rearward end of the first support component 81, axle 87 is passed in the opening that the central portion of the fore-and-aft direction 8 of the first pallet 72 arranges.And the lower surface of the main board 84 of the first support component 81 is supported by the side plate 75 of the first pallet 72.As previously discussed, the first support component 81 is by axle 87 and be located at the above-mentioned opening of the first pallet 72, and engages with the first pallet 72.
[the second support component 82]
Such as Fig. 2 and shown in Figure 4, the second support component 82 and the first support component 81 are the rectangular shapes that left and right directions 9 is grown than fore-and-aft direction 8 similarly, are the parts of ester moulding.The second support component 82 is configured in the upside of the first support component 81, is supported by the first support component 81.As shown in Figure 5, the second support component 82 possesses main board 89 and erects setting downwards and extend a plurality of ribs 90 that arrange along fore-and-aft direction 8 from main board 89.A plurality of ribs 90 extend towards the main board 84 of the first support component 81.And, shown in Fig. 7 (B) and Fig. 9 (B), in a plurality of ribs 90, extend in the part of the formation resettlement section 86 of rib 90A in main board 84 that arranges with the 86 opposed positions, resettlement section of the first support component 81 on the above-below direction 7.
A plurality of ribs 90 on left and right directions 9, between a plurality of ribs 85 of the first support component 81, respectively can with rib 85 butts.Therefore, rib 90 can slide along fore-and-aft direction 8 between two ribs 85.Thus, the second support component 82 is directed and can slides along fore-and-aft direction 8 with respect to the first support component 81.In the present embodiment, the second support component 82 is that the end in downstream of the discharge direction of paper used for recording 15 can be pulled out forward and can be pushed backward with respect to the first support component 81 from the leading section of the first support component 81.Need to prove, the second support component 82 has loosening with respect to the first support component 81 with the degree that can slide and configures, when the to the left and right direction 9 that has this loosening above degree mobile, and rib 85 and rib 90 butts.But the second support component 82 can certainly be with respect to the first support component 81 all the time at left and right directions 9 butts.
At this, when the second support component 82 was pushed into the first support component 81, the second support component 82 was positioned at primary importance shown in Figure 2, and when the second support component 82 was drawn out from the first support component 81, the second support component 82 was positioned at the second place shown in Figure 3.That is, the second support component 82 can move to primary importance with respect to the first support component 81 and than this primary importance (example of pull-out direction) second place of pulling out forward.Need to prove, in the following description, also be designated as pull-out direction from the direction of rear side towards the front side.
As shown in Figure 2, when the second support component 82 was positioned at primary importance, the upside of the second support component 82 and the first support component 81 was overlapping.Thus, when the second support component 82 is positioned at primary importance, support the paper used for recording 15 of discharging from compounding machine 10 at the upper surface of the main board 89 of the second support component 82.On the other hand, as shown in Figure 3, when the second support component 82 was positioned at the second place, the second support component 82 was positioned at than the first support component 81 forward sides.The paper used for recording 15 of discharging from compounding machine 10 thus, is positioned in the upper surface of the main board 89 of the upper surface of each rib 85 of the first support component 81 and the second support component 82.That is, the second support component 82 supports paper used for recording 15 with the first support component 81 on the second place.
As shown in Figures 3 and 4, be that the end, upstream of pull-out direction is formed with the rake 91 that forwards tiltedly descends direction to tilt in the rearward end of the second support component 82.Rake 91 forms a plurality of across the slit 92 that extends forward from the rear end of the second support component 82 on left and right directions 9.That is, between each rake 91 on the left and right directions 9, form slit 92.When each slit 92 is in the second place at the second support component 82, on left and right directions 9, be formed on the position identical with the leading section of the rib 85 of the first support component 81.Need to prove, slit 92 also is formed on left and right directions 9 with connecting member 83 described later a pair of and erects the identical position of the section of setting 96.That is, rake 91 be arranged between two ribs 85 and two erect between the section of setting 96.
In addition, the rear end of rake 91 is positioned at than each rib 85 and erects the position that the most significant bit on the above-below direction 9 of the section of setting 96 sets low.On the other hand, the front end of rake 91 is than each rib 85 and erects the position that the most significant bit on the above-below direction 9 of the section of setting 96 sets high.That is, rake 91 is at the upstream side of pull-out direction, is positioned at than each rib 85 and the upper end that erects the section of setting 96 on the lower, in the downstream of above-mentioned pull-out direction, is positioned at than each rib 85 and erects the top side in upper end of the section of setting 96.As previously discussed, each rib 85 and erect the section of setting 96 and become the state that enters slit 92.In other words, rake 91 becomes and enters into each rib 85 and erect state between the section of setting 96.
As shown in Figure 4, near the rear end of the second support component 82, and the first support component 81 be formed with on the rib 85 opposed positions of pulling out debooster 51 and pushing debooster 93, be provided with by elastic deformation and can with pull out debooster 51 and push the elastic deformation section 94 that debooster 93 engages.Elastic deformation section 94 extends to rear side from the front end of the second support component 82, and its front end is outstanding towards left and right directions 9 center side.Therefore, elastic deformation section 94 can be with the front mode elastic deformation of direction 9 outer side shiftings to the left and right.Elastic deformation section 94 presses and elastic deformation by pulling out debooster 51 and pushing debooster 93, thus with respect to pulling out debooster 51 and pushing debooster 93 engagings/disengaging.
When the second support component 82 moves and near the approaching primary importance time towards primary importance from the second place, elastic deformation section 94 from the front side with pull out debooster 51 butts and elastic deformation.Thus, pulling out debooster 51 engages with elastic deformation section 94.On the other hand, the second support component 82 from primary importance when the second place moves, according to elastic deformation section 94 elastic deformations with the butt of pulling out debooster 51, break away from from pulling out debooster 51 thus.From then on after, when the second support component 82 when approaching near the second place, elastic deformation section 94 from rear side with push debooster 93 butts and elastic deformation.Thus, pushing debooster 93 engages with elastic deformation section 94.Need to prove, the second support component 82 from the second place when primary importance moves, elastic deformation section 94 elastic deformations break away from from pushing debooster 93 thus.
Pull out debooster 51 and push the disengaging of debooster 93 and elastic deformation section 94 and engage and become following action.The second support component 82 is with respect to the first support component 81 backward during side shifting, by with pull out debooster 51 and push the taper butt of the front side of debooster 93, thereby the front end of elastic deformation section 94 is out of shape towards left and right directions 9 outsides.At this moment, the user is in order to remove each debooster 51,93 restrictions of carrying out, and needs the power more than the specified degree.When surpassing the taper of front side, with the taper butt of rear side and simultaneously from the elastic deformation recovery, engaging or disengaging are finished.At this moment, to the user give " thump " sense.And, at the second support component 82 with respect to the first support component 81 forward during side shifting, by with pull out debooster 51 and push the taper butt of the rear side of debooster 93, thereby the front end of elastic deformation section 94 is out of shape towards left and right directions 9 outsides.At this moment, the user is in order to remove each debooster 51,93 restrictions of carrying out, and needs the power more than the specified degree.When surpassing the taper of rear side, with the taper butt of front side and simultaneously from the elastic deformation recovery, engaging or disengaging are finished.At this moment, to the user give " thump " sense.
As previously discussed, the pulling out debooster 51 and can engage/break away from the second support component 82 of primary importance by elastic deformation of the first support component 81, the pushing debooster 93 and can engage/break away from the second support component 82 of the second place by elastic deformation of the first support component 81.Need to prove, in the present embodiment, debooster is set and at the second support component 82 elastic deformation section 94 is set at the first support component 81, but also can debooster is set and at the first support component 81 elastic deformation section 94 is set at the second support component 82.
As shown in Figure 3, the second support component 82 is supported from downside by the second pallet 73.Specifically, the leading section 68 of the second support component 82 is supported by the header board 79 of the second pallet 73.And as shown in Figure 5, the lower face side at the both ends, the left and right sides of the leading section of the second support component 82 is provided with hole 60.On the other hand, as shown in Figure 8, on the header board 79 of the second pallet 73, be provided with projection 52 with 60 opposed positions, hole.And under the state that the second support component 82 is supported by the second pallet 73, this projection 52 60 snaps in to the hole.That is, the second support component 82 engages with the second pallet 73.Thus, when the second pallet 73 slided with respect to the first pallet 72, the second support component 82 slided with respect to the first support component 81.
[connecting member 83]
Such as Fig. 4 and shown in Figure 5, connecting member 83 possess base plate 95 and from the both ends, the left and right sides of base plate 95 upwards (erect setting party to an example) erect arrange and along fore-and-aft direction 8(extend the setting party to an example) extend a pair of section of setting 96 that erects that arranges.Erecting the section of setting 96 in left and right directions 9 separation and arrange two, therefore is an example of extending the section that arranges.Connecting member 83 is parts of ester moulding.
Shown in Fig. 3 and Fig. 7～9, connecting member 83 is contained in the resettlement section 86 of the first support component 81.Specifically, shown in Fig. 7 (B), Fig. 9 (A) and Fig. 9 (B), base plate 95 is supported in the main board 84 of the first support component 81.Connecting member 83 forms in the mode that is embedded in the resettlement section 86 that is formed at the first support component 81.The top of connecting member 83 is opened wide.In the present embodiment, at the connecting member 83 of side configuration that keeps left than central authorities, configuring a connecting member 83 on the right side than central authorities.In the second support component 82, form the user in the front side of the connecting member 83 on right side and control the hole of usefulness.Therefore, the connecting member 83 on right side connecting member 83 than the left side on fore-and-aft direction 8 is short.
In addition, such as Fig. 7 and shown in Figure 9, the left side of the section of setting 96 that erects on right side rib 85 on right side in consisting of two ribs 85 of resettlement section 86 is configuring with the mode of rib 85 butts on this right side.The right side of the section of setting 96 that erects in left side rib 85 in left side in consisting of two ribs 85 of resettlement section 86 is configuring with the mode of rib 85 butts in this left side.And rib 85 is to have eaves section from top and the mode that erects the upper end side butt of the section of setting 96.
In addition, such as Fig. 7 and shown in Figure 9, in a pair of inboard that erects the section of setting 96, two rib 90A of the second support component 82 extend towards base plate 95 from the upside of connecting member 83.On the rib 90A on right side, the teat 53 outstanding towards the left side that erects the section of setting 96 on right side is a plurality of along fore-and-aft direction 8 configurations in two rib 90A.This teat 53 is configuring with the mode that erects the section's of setting 96 butts on this right side.And on the rib 90A in left side, the teat 54 outstanding towards the right side that erects the section of setting 96 in left side is a plurality of along fore-and-aft direction 8 configurations in two rib 90A.This teat 54 is configuring with the mode that erects the section's of setting 96 butts in this left side.And the rib 90A of the second support component 82 is configuring from the mode of base plate 95 butts of top and connecting member 83.
As previously discussed, respectively erecting the section of setting 96 configures in the mode by rib 90 clampings of the rib 85 of the first support component 81 and the second support component 82 on left and right directions 9.Thus, the to the left and right movement of direction 9 of restriction connecting member 83.And as previously discussed, base plate 95 configures in the mode by rib 90 clampings of the main board 84 of the first support component 81 and the second support component 82 on above-below direction 7.Thus, the up and down movement of direction 7 of restriction connecting member 83.On the other hand, connecting member 83 except the 99(of the section that is stuck of the first support component 81 described later with reference to Fig. 5) and the leading section 68 of the second support component 82, do not limit the forwards, backwards movement of direction 8 by the first support component 81 and the second support component 82.
As previously discussed, connecting member 83 with respect to the first support component 81 can linking along the mode that pull-out direction slides, and with respect to the second support component 82 linking along the mode that pull-out direction slides.Need to prove, connecting member 83 has loosening with respect to the first support component 81 with the degree that can slide and configures, when having this to the left and right direction 9 more than loosening mobile, with rib 85 butts.And connecting member 83 has loosening with respect to the second support component 82 with the degree that can slide and configures, when the to the left and right direction 9 that has this loosening above degree mobile, with teat 53,54 butts of rib 90A.But connecting member 83 can certainly be with respect to the first support component 81 all the time at left and right directions 9 butts, and connecting member 83 can certainly be with respect to the second support component 82 all the time at left and right directions 9 butts.
Such as Fig. 5, Figure 13 and shown in Figure 15, near the front end (example of first end) of the base plate 95 of connecting member 83, be provided with the first engagement section 97.The first engagement section 97 side-prominent teat 101 that makes progress by the opening 100 that is formed at base plate 95 with from the edge of the front side of opening 100 consists of.
In addition, the ratio front end of base plate 95 by the pull-out direction upstream side be rear end (example of the second end) near be provided with the second engagement section 98.The position of the left and right directions 9 of the first engagement section 97 and the second engagement section 98 is same position.The second engagement section 98 by the opening 104 that is formed at base plate 95 and from the edge of the rear side of opening 104 downwards side-prominent teat 105 consist of.
On the other hand, arranging first with 97 opposed positions, the first engagement section and be stuck section 106 in the main board 89 of the second support component 82 when the second support component 82 is in the second place.First is stuck section 106 becomes from main board 89 outstanding and along the long rib shape of left and right directions 9 downwards.Being provided with second with 98 opposed positions, the second engagement section and being stuck section 99 in the main board 84 of the first support component 81.Second is stuck the section 99 side-prominent teat 103 that makes progress by the opening 102 that is formed at main board 95 with from the edge of the front side of opening 102 consists of.
In addition, near the rear end of the first support component 81, be formed with can with the first abutting part 107 of rear end 109 butts of connecting member 83.The first abutting part 107 is arranged near the rear end of rib 85B, so that the mode that the interval of the left and right directions 9 of two rib 85B narrows down becomes the wall shape.And, near the front end 111 of the second support component 82, be formed with can with the second abutting part 108 of front end 112 butts of connecting member 83.The second abutting part 108 is arranged on the side, rear of the leading section 68 of the second support component 82, is the rib shape.
And connecting member 83 is when moving forward, and teat 103 enters the opening 104 of the second engagement section 98, teat 105 and teat 103 butts, the thus further movement forward of restriction.And connecting member 83 is when moving backward, and the rear end 109 of connecting member 83 and the first abutting part 107 butts limit further movement backward thus.
Need to prove, as mentioned above, connecting member 83 is housed in resettlement section 86.That is, connecting member 83 links by center side and the first support component 81 in the end than the first support component 81 on the left and right directions 9, and links by center side and the second support component 82 in the end than the second support component 81 on the left and right directions 9.
[the second support component 82 and connecting member 83 are with respect to the sliding action of the first support component 81]
Below, illustrate that the second support component 82 and connecting member 83 are with respect to the sliding action of the first support component 81.
Shown in Fig. 2 and Figure 11～13, be pushed into the state of the first support component 81 at the second support component 82, namely the second support component 82 is positioned under the state of primary importance, the front end 111 that the front end 112 of connecting member 83 is positioned at than the front end 110 of the first support component 81 and the second support component 82 leans on rear side, and the rear end 109 of connecting member 83 is positioned at the rear end 114 forward sides than the rear end 113 of the first support component 81 and the second support component 82.In other words, be positioned under the state of primary importance at the second support component 82, connecting member 83 is located in the overlapping scope of the first support component 81 on the fore-and-aft direction 8 and the second support component 82.
Need to prove, under above-mentioned state, the rear end 109 of connecting member 83 and the first abutting part 107 butts.And thus, restriction connecting member 83 is mobile backward from current state.And, pull out debooster 51 and engage with elastic deformation section 94, with the power restriction of the regulation movement to the front side.
Under above-mentioned state, the user controls the header board 79(of the leading section 68 of the second support component 82 and the second pallet 73 with reference to Fig. 2 and Fig. 3) and when layback goes out forward, the second support component 82 engages with the second pallet 73, therefore is accompanied by the movement of the second pallet 73, and the second support component 82 is also mobile.When the second support component 82 with respect to the first support component 81 to the front side namely when the second place is slided, pull out debooster 51 and separate with elastic deformation section 94, only the first side shiftings forward of the second support component 82.And when the second support component 82 forward during side shifting, first of the second support component 82 is stuck after teat 101 butts of section 106 and the first engagement section 97 of connecting member 83, and first is stuck section 106 pushes away the teat 101 of the first engagement section 97 of connecting member 83 forward from rear side.Thus, connecting member 83 is along with the second support component 82 together Slideslip forward.
During teat 103 butt of the teat 105 of the second engagement section 98 of the connecting member 83 of Slideslip and the first support component 81, the slip to the front side of connecting member 83 is prevented, and follows in this forward, and the slip to the front side of the second support component 82 is prevented.At this moment, such as Fig. 3, Figure 14 and shown in Figure 15, the state of the second support component 82 for being drawn out with respect to the first support component 81 is positioned at the second place.Need to prove, slide prevented before, push debooster 93(with reference to Fig. 4) begin to engage with elastic deformation section 94, under the state that slip is prevented, push debooster 93 and finish with elastic deformation section 94 and engage.
Be positioned under the state of the second place at the second support component 82, the front end 112 of connecting member 83 is positioned at the front end 110 forward sides than the first support component 81, and the rear end 109 of connecting member 83 is positioned at rear end 114 than the second support component 82 by rear side.In other words, be positioned under the state of the second place at the second support component 82, the overlapping length of the first support component 81 on the fore-and-aft direction 8 and connecting member 83, and fore-and-aft direction 8 on the overlapping length of the second support component 82 and connecting member 83 all the length more overlapping than the first support component 81 on the fore-and-aft direction 8 and the second support component 82 is long.
Under above-mentioned state, the user controls the header board 79 of the front 68 of the second support component 82 and the second pallet 73 and thruster is fashionable backward, the second support component 82 engages with the second pallet 73, therefore is accompanied by the movement of the second pallet 73, and the second support component 82 is also mobile.The second support component 82 with respect to the first support component 81 to rear side namely when primary importance is slided, push debooster 93 and separate with elastic deformation section 94, only the second support component 82 moves with respect to the first support component 81.During till front end 112 butts of the second abutting part 108 of the second support component and connecting member 83, only the second support component 82 slides, and connecting member 83 does not slide.And when front end 112 butt of the second abutting part 108 of the second support component 62 and connecting member 83, connecting member 83 is by 108 pushings of the second abutting part and slide towards primary importance with the second support component 62.And thus, separate from the teat 103 of the section that is stuck 99 of the first support component 81 the second engagement section 98 of connecting member 83.Then, the rear end 113 of connecting member 83 and the first abutting part 107 butts, the movement of connecting member 83 is prevented thus, and the movement of the second support component 82 is also prevented thus.At this moment, the state of the second support component 82 for being pushed into like that shown in Fig. 2 and Figure 11～13 with respect to the first support component 81 is positioned at primary importance.Need to prove, at this moment, slide prevented before, pull out debooster 51 and begin to engage with elastic deformation section 94, under the state that slip is prevented, push debooster 93 and finish with elastic deformation section 94 and engage.The second support component 82 and connecting member 83 move during, by the rib 85 of the first support component 81, at direction guiding the second support component 82 and the connecting member 83 along fore-and-aft direction 8.
Need to prove, when pulling out the second support component 82 that is positioned at primary importance, can be that at first the second support component 82 and connecting member 83 are all mobile, the teat 105 of the second engagement section 98 and second is stuck teat 103 butts of section 99 and mobile by after the prevention, and only the second support component 82 slides with respect to the first support component 81 and moves.And, when pushing the second support component 82 that is in the second place, can be that at first the second support component 82 and connecting member 83 are all mobile, the rear end 109 of connecting member 83 and the first abutting part 107 butts are and mobile by after the prevention, and only the second support component 82 slides with respect to the first support component 81 and moves.Sliding mode when this moves according to the effect situation of the friction coefficient between the first support component 81 and the connecting member 83 or power, and the second support component 82 and connecting member 83 between friction coefficient or the effect situation of power etc. change.
[effect of embodiment]
According to present embodiment, the second support component 82 is positioned at the second place, and thus, even the overlapping scope of the first support component 81 on the pull-out direction and the second support component 82 shortens, the overlapping scope of shortening this is also additional by connecting member 83.Specifically, by connecting member 83 is set, on pull-out direction, can make the overlapping scope of the first support component 81 and the second support component 82 in the apparent overlapping scope of the overlapping scope of the first support component 81 and connecting member 83 and the second support component 82 and connecting member 83 that extends to.Thus, can keep than the highland rigidity of the first support component 81 and the second support component 82.
In addition, according to present embodiment, when the position beyond between a plurality of ribs 85 in the first support component 81 arranges resettlement section 86, may be because configuration resettlement section 86, and correspondingly the first support component 81 maximization that becomes.Yet, according to present embodiment, can share in order to configure the required space of a plurality of rib 85 and in order to configure required space, resettlement section 86, therefore can to suppress the maximization of the first support component 81.
In addition, according to present embodiment, the main board 84 of resettlement section 86 and base plate 95 butts of connecting member 83, the rib 85 of resettlement section 86 erect to arrange and extend along equidirectional with the section of setting 96 that erects of connecting member 83 and arrange.Therefore, according to present embodiment, can not be subject to connecting member 83 and hinder and can make the rib 90 of the second support component 82 towards the 81 extension configurations of the first support component.Consequently, can improve the rigidity of the first support component 81 and the second support component 82.
In addition, according to present embodiment, the low rib 85A of the central portion on the left and right directions 9 arranges the low position of front end than erecting of the high rib 85B at the both ends on the left and right directions 9.Thus, the paper used for recording 15 of discharging to the upper surface of rib 85 becomes curved shape at left and right directions 9, and rigidity raises.Consequently, according to present embodiment, can make paper used for recording 15 when discharging, be difficult to bending.
In addition, according to present embodiment, paper used for recording 15 is discharged from along rake 91, and therefore can reduce this paper used for recording 15 enters the possibility that erects between the section of setting 96.And, according to present embodiment, on left and right directions 9, can be at the position configuration rake 91 that connecting member 83 exists.Therefore, even there is the structure of connecting member 83, on left and right directions 9, also can increase the scope of configuration rake 91.
In addition, according to present embodiment, by pulling out debooster 51 and pushing debooster 93, can not carry out the location between the first support component 81 and the second support component 82 via connecting member 83.
In addition, according to present embodiment, by the second pallet 73 is pulled out with respect to the first pallet 72, the second support component 82 can be pulled out with respect to the first support component 81, and the second pallet 73 pushed with respect to the first pallet 72, the second support component 82 can be pushed with respect to the first support component 81 thus.
[variation]
In the above-described embodiment, the second support component 82 slides along fore-and-aft direction 8 with respect to the first support component 81, but the first support component 81 also can slide along fore-and-aft direction 8 with respect to the second support component 82.That is, the second support component 82 is an example of the first support component, and the first support component 81 is an example of the second support component.
In addition, connecting member 83 is configured in than end about the first support component 81 in the inner part, but end about also can being configured in can also not be the structure that is contained in resettlement section 86.
And the second support component 82 that is positioned at primary importance to be arranging with respect to the first support component 81 complete overlapping modes, if but begin to be positioned at than its state by rear side from the state of pulling out, then can be fully not overlapping with respect to the first support component 81 yet.
In addition, the first support component 81 and the second support component 82 are installed in the upside of paper supply tray 20, but can certainly be installed on compounding machine 10 etc., with paper supply tray 20 splits.And, by pull out debooster 51 and push debooster 93 and elastic deformation section 94 engage carry out the second support component 82 with respect to the location of the first support component 81, but also can carry out with other method.For example, if the second support component 82 is set to be engaged with the second pallet 73, the first support component 81 engages with the first pallet 72, and with respect to the structure of the first pallet 72 with the second pallet 73 location, then can carry out via the first pallet 72 and the second pallet 73 location of the second support component 82 with respect to the first support component 81.
Claims (10)
1. a sheet material bracing or strutting arrangement (19) comprising:
The first support component (81) supports the sheet material of discharging from device (10);
The second support component (82) can move to primary importance and the second place of comparing described primary importance and being pulled out to pull-out direction with respect to described the first support component, on the described second place with described the first support component support sheet; And
Connecting member (83), have first end and compare second end of described first end by described pull-out direction upstream side, with respect to described the first support component linking along the mode that described pull-out direction slides, and with respect to described the second support component linking along the mode that described pull-out direction slides
At this,
Be positioned under the state of the described second place at described the second support component, the downstream end that the described first end of described connecting member is compared the described pull-out direction of described the first support component is positioned at the downstream of described pull-out direction, and the upstream extremity that described second end of described connecting member is compared the described pull-out direction of described the second support component is positioned at the upstream side of described pull-out direction
Be positioned under the state of described primary importance at described the second support component, the downstream end that the described first end of described connecting member is compared the described pull-out direction of described the first support component and described the second support component is positioned at the upstream side of described pull-out direction, and described second end of the described connecting member upstream extremity of comparing the described pull-out direction of described the first support component and described the second support component is positioned at the downstream of described pull-out direction.
2. sheet material bracing or strutting arrangement according to claim 1, wherein,
Described the first support component has the support portion (85) of supporting described sheet material,
Described support portion has the resettlement section (86) of accommodating described connecting member.
3. sheet material bracing or strutting arrangement according to claim 2, wherein,
Described resettlement section has: bottom (84); Erect the wall section (85) that arranges and extend setting along described pull-out direction from described bottom,
Described connecting member has: with the base plate (95) of the face butt of the described wall section side of described bottom; From described base plate along with described wall section erect the setting party to and extend the setting party to (8) identical direction erect arrange and extend arrange and with the section of setting (96) that erects of described wall section butt,
Described the second support component has the rib (90) that extends and extend along described pull-out direction setting towards described bottom.
4. sheet material bracing or strutting arrangement according to claim 3, wherein,
Described resettlement section with the Width (9) of described pull-out direction quadrature on arrange discretely two,
Described support portion has between two described resettlement sections along described pull-out direction extends the low wall section (85A) that front end is positioned at described bottom one side that arranges that erects that arranges and compare described wall section.
5. sheet material bracing or strutting arrangement according to claim 2, wherein,
Described connecting member with the Width (9) of described pull-out direction quadrature on the end of comparing described the first support component link by center side and described the first support component, and the end of comparing described the second support component on described Width is by center side and the link of described the second support component.
6. sheet material bracing or strutting arrangement according to claim 1, wherein,
The end that described the second support component is discharged the downstream of direction from the sheet material of described the first support component is drawn out and pushes with respect to described the first support component,
Described the second support component is configured in the upside of described the first support component,
Described connecting member have with the Width (9) of described pull-out direction quadrature on arrange discretely two and extend the extension that arranges along described pull-out direction section (96) is set,
Two the described extensions of described the second support component in the end, upstream of described pull-out direction arrange to have between the section along with towards the downstream of described pull-out direction and acclivitous rake (91),
Described rake is compared below upper end that described extension arranges section is positioned at the upstream side of described pull-out direction, compares above upper end that described extension arranges section is positioned in the downstream of described pull-out direction.
7. sheet material bracing or strutting arrangement according to claim 1, wherein,
Described the first support component has can be by elastic deformation and pull out debooster (51) with described second support component of described primary importance engages/breaks away from.
8. sheet material bracing or strutting arrangement according to claim 1, wherein,
Described the first support component has can be by elastic deformation and push debooster (93) with described second support component of the described second place engages/breaks away from.
9. sheet material bracing or strutting arrangement according to claim 1 also comprises:
The first pallet (72) is accommodated the sheet material of supplying with to described sheet material bracing or strutting arrangement; And
The second pallet (73) can be drawn out and push with respect to described the first pallet, accommodates sheet material with described the first pallet under the state of pulling out from described the first pallet,
At this,
Described the first support component engages with described the first pallet,
Described the second support component engages with described the second pallet.
10. a sheet material bracing or strutting arrangement (19) comprising:
The first support component (81) supports the sheet material of discharging from device (10);
The second support component (82) can move to primary importance and the second place of comparing described primary importance and being pulled out to pull-out direction with respect to described the first support component, on the described second place with described the first support component support sheet; And
Connecting member (83), have first end and compare second end of described first end by described pull-out direction upstream side, with respect to described the first support component linking along the mode that described pull-out direction slides, and with respect to described the second support component linking along the mode that described pull-out direction slides
At this,
Be positioned under the state of the described second place at described the second support component, the overlapping length of described the first support component on the described pull-out direction and described connecting member, and described pull-out direction on the overlapping length of described the second support component and described connecting member all the length more overlapping than described the first support component on the described pull-out direction and described the second support component is long
Be positioned under the state of described primary importance at described the second support component, described connecting member is located in the overlapping scope of the above first support component of described pull-out direction and described the second support component.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012218697A JP5998810B2 (en) | 2012-09-28 | 2012-09-28 | Sheet receiving device |
| JP2012-218697 | 2012-09-28 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203237836U true CN203237836U (en) | 2013-10-16 |
Family
ID=49315156
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320116552 Expired - Lifetime CN203237836U (en) | 2012-09-28 | 2013-03-14 | Sheet supporting device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5998810B2 (en) |
| CN (1) | CN203237836U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104555134A (en) * | 2013-10-23 | 2015-04-29 | 日本冲信息株式会社 | Package box for printer and printer |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7331417B2 (en) * | 2019-03-29 | 2023-08-23 | セイコーエプソン株式会社 | Media support structure and recording device |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS563149U (en) * | 1979-06-20 | 1981-01-12 | ||
| JP4752792B2 (en) * | 2007-02-28 | 2011-08-17 | ブラザー工業株式会社 | Image recording device |
| JP5549369B2 (en) * | 2010-05-13 | 2014-07-16 | セイコーエプソン株式会社 | Recording medium stacker and recording apparatus |
-
2012
- 2012-09-28 JP JP2012218697A patent/JP5998810B2/en active Active
-
2013
- 2013-03-14 CN CN 201320116552 patent/CN203237836U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104555134A (en) * | 2013-10-23 | 2015-04-29 | 日本冲信息株式会社 | Package box for printer and printer |
| CN104555134B (en) * | 2013-10-23 | 2019-06-14 | 日本冲信息株式会社 | Printer |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5998810B2 (en) | 2016-09-28 |
| JP2014069944A (en) | 2014-04-21 |
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Granted publication date: 20131016 |