CN203236880U - Bookbinding device, used paper postprocessing device and book forming system - Google Patents
Bookbinding device, used paper postprocessing device and book forming system Download PDFInfo
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- CN203236880U CN203236880U CN 201320124321 CN201320124321U CN203236880U CN 203236880 U CN203236880 U CN 203236880U CN 201320124321 CN201320124321 CN 201320124321 CN 201320124321 U CN201320124321 U CN 201320124321U CN 203236880 U CN203236880 U CN 203236880U
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Abstract
Disclosed are a bookbinding device, a used paper postprocessing device and a book forming system. The bookbinding device comprises a clip storage part, a clip opening part and a clip drive mechanism, wherein the clip storage part is provided with a first cavity; the clip opening part is arranged on one side of the clip storage part and is provided with a second cavity, and a clip opening track is arranged in the second cavity. When bookbinding is carried out, clips in the clip storage part enter the second cavity and are pushed into the clip opening track by the clip drive mechanism to move along the clip opening track, wherein the clips are opened in the moving process, and will be closed after being separated from the clip opening track, and therefore sheets located on the exit of the clip opening part are clamped by the clips. Because bookbinding is conducted on the sheets by the bookbinding device through the clips instead of staples, the sheets will not be damaged. Furthermore, when the sheets after bookbinding through the bookbinding device need copying, adding or deleting, the clips can be very conveniently taken down from a file after bookbinding and can be repeatedly used, and therefore waste is reduced.
Description
Technical field
The utility model relates to a kind of binding apparatus that can bind paper; In addition, the utility model also relates to a kind of sheet post-processing apparatus of using that comprises this binding apparatus, and a kind of system that binds into book form that comprises this binding apparatus.
Background technology
Existing many printers all have the bookbinding function, can be with the binding papers that discharges from printer.A kind of laser beam printer 1 is as shown in Figure 1 disclosed in the Chinese patent that on September 25th, 2002 is open, publication number is CN1370686A, laser beam printer 1 top is provided with binding apparatus 2, and binding apparatus 2 covers a paper release port on the upper surface of laser beam printer 1.The casing of binding apparatus 2 is made of mainframe box 3 and the openable lid 4 that is attached at mainframe box 3 rear portions.The right-hand member of mainframe box 3 is provided with electric stapler 5, and it nails on a staple can for the paper that discharges from laser beam printer 1.
But there is following defective in existing this binding apparatus: 1, can damage paper; 2, when stapled paper needs to duplicate, append or delete, need staple is removed, use very inconvenient; 3, the employed staple of binding apparatus can't be reused, and causes larger waste.
The utility model content
The problem that the utility model solves is: existing binding apparatus can damage, utilize paper the stapled paper of this binding apparatus can't duplicate easily, append or delete, and waste can't be reused, be caused to the employed staple of binding apparatus.
For addressing the above problem, the utility model provides a kind of binding apparatus, and it utilizes clip that paper is bound, and comprising:
The clip storage part, comprise: body has the groove that extends along the body axial direction with the clip supply unit that is positioned on the described body, described body, and described clip supply unit has the first cavity, one end of described the first cavity has opening, and the dismountable intercalation of described clip supply unit is in described groove;
Clip opens section, be positioned at a side of the opening of described clip storage part the first cavity, the described clip section of opening has the second cavity, described the second cavity and the first cavity communicate, be provided with clip in described the second cavity and open track, described clip opens track and is used for clip is moved along it, and clip is opened in the process of moving along it;
The clip driving mechanism, be positioned at the same side of the opening of described clip storage part the first cavity with the described clip section of opening, described clip driving mechanism is used for entering clip in the second cavity by described the first cavity and pushes described clip and open track, makes clip open orbital motion along clip and opens track until break away from clip.
Optionally, also comprise: turning cylinder; The body of described clip storage part is fixed on the turning cylinder, and around described turning cylinder rotation; The quantity of described clip supply unit is at least two.
Optionally, the described clip section of opening comprises: preparation section and main part; Described preparation section is positioned between described clip driving mechanism and the main part, described preparation section has the first sub-cavity, described main part has the second sub-cavity that communicates with the first sub-cavity, and the second cavity that described clip opens section comprises the described first sub-cavity and the second sub-cavity; Described clip opens track and is positioned at the described second sub-cavity.
Optionally, the described first sub-cavity has opening at the end near described clip storage part, so that only there is the described first sub-cavity to communicate with the first cavity of described clip storage part in described the second cavity; Perhaps, the described first sub-cavity and the second sub-cavity all have opening at the end near described clip storage part, so that the first sub-cavity described in described the second cavity and the second sub-cavity all communicate with the first cavity of described clip storage part.
Optionally, described clip is dovetail clip; It is Y type track that described clip opens track, and described Y type track comprises main orbit and two tracks, and described main orbit is than more close described clip driving mechanism of track.
Optionally, described clip driving mechanism comprises: slider-crank mechanism; Described slider-crank mechanism comprises: connecting rod and the slide block that is rotationally connected with described connecting rod, described slide block are used for promoting the clip motion.
Optionally, also comprise: baffle plate, open between the section at described clip storage part and clip; Described baffle plate has opening, and the second cavity that the opening of described baffle plate and described clip open section communicates; When binding instructio is carried out in described binding apparatus execution, the opening of described baffle plate communicates with the first cavity of one of them clip supply unit in the described clip storage part, and described baffle plate shelters from the opening of the first cavity of all the other the clip supply units in the described clip storage part.
Optionally, also comprise inspection unit, be used for checking in the described clip storage part whether clip is arranged.
In addition, the utility model also provides a kind of sheet post-processing apparatus of using, and it comprises: aforesaid binding apparatus.
In addition, the utility model also provides a kind of system that binds into book form, and it comprises:
Image processing system is used for forming image at paper;
Be positioned at the aforesaid binding apparatus in described image processing system downstream, bind into book form for the binding papers that will be formed with image.
Compared with prior art, the technical solution of the utility model has the following advantages:
Binding apparatus that the utility model provides comprises: the clip storage part has the first cavity; The clip that is arranged on clip storage part one side opens section, and the clip section of opening has the second cavity, is provided with clip in the second cavity and opens track; The clip driving mechanism.During each bookbinding, clip in the clip storage part enters in the second cavity that clip opens section, then, the clip driving mechanism pushes clip with clip and opens track, make clip open orbital motion along clip, clip can be opened in the process of motion, when clip break away from clip open track after clip closure gradually, clamp thereby will be positioned at the paper that clip opens the exit position of section.Because binding apparatus is to utilize clip rather than staple that paper is bound, thereby can not damage paper; In addition, utilize the stapled paper of binding apparatus to need to duplicate, when appending or deleting, can easily clip be removed from stapled file, and the clip that removes can be repeatedly used, reduce waste.
Further, but intercalation has a plurality of clip supply units in the clip storage part, and the clip storage part can rotate around turning cylinder, the clip supply unit has the first cavity, when binding instructio is carried out in execution, the first cavity of one of them clip supply unit is communicated with the second cavity that clip opens section, so that the clip in this clip supply unit can enter the second cavity, then realize bookbinding.After the clip in one of them clip supply unit uses, can rotate the clip storage part, so that another clip supply unit of depositing clip communicates with the second cavity that clip opens section, thereby continue to utilize clip to bind, thereby increased the clip memory capacity of binding apparatus.
In addition, because the dismountable intercalation of clip supply unit is on the clip storage part, after the clip in the clip supply unit uses, the clip supply unit can be disassembled from the clip storage part, again load onto a clip supply unit of piling clip, increased the clip supply efficient of binding apparatus.
In addition, because intercalation has a plurality of clip supply units in the clip storage part, can so that the clip color in each clip supply unit is not identical, can distinguish according to the color of institute's bookbinding clip like this type of stapled file.
Description of drawings
Fig. 1 is existing a kind of structural representation with laser beam printer of binding apparatus;
Fig. 2 is the structural representation of binding apparatus among the embodiment of the present utility model;
Fig. 3 is the structural representation of clip storage part in the binding apparatus shown in Figure 2;
Fig. 4 is the structural representation of body in the clip storage part shown in Figure 3;
Fig. 5 is the structural representation of clip supply unit in the clip storage part shown in Figure 3;
Fig. 6 is the cutaway view that clip opens section in the binding apparatus shown in Figure 2;
Fig. 7 is the structural representation that clip opens the preparation section of section in the binding apparatus shown in Figure 2;
Fig. 8 to Figure 11 is the structural representation that clip opens the main part of section in the binding apparatus shown in Figure 2, and wherein, Figure 11 is the cutaway view of main part;
Figure 12 is a kind of structural representation that can be applicable to the clip in the binding apparatus shown in Figure 2;
Figure 13 is the front view of clip shown in Figure 12;
Figure 14 is the structural representation of clip driving mechanism in the binding apparatus shown in Figure 2;
Figure 15 to Figure 19 be binding apparatus shown in Figure 2 utilize Figure 12 to clip shown in Figure 13 when binding clip at the opening angle schematic diagram in each different bookbinding stage, wherein, Figure 15 to Figure 18 is the cutaway view along some cross sections in the binding apparatus shown in Figure 2, the top view of the relative position relation when Figure 19 is clip opening angle maximum between clip and the Y type clip track;
Figure 20 is the structural representation of the clip driving mechanism of binding apparatus among another embodiment of the present utility model;
Figure 21 is the workflow diagram of this binding apparatus among the embodiment of the utility model binding apparatus;
Figure 22 to Figure 23 is the structural representation of baffle plate in the binding apparatus shown in Figure 2;
Figure 24 is the workflow diagram of this binding apparatus among another embodiment of the utility model binding apparatus;
Figure 25 is the structural representation that has the system that binds into book form of binding apparatus among the embodiment of the present utility model;
Figure 26 is the distribution schematic diagram of binding apparatus in the system of binding into book form in the system that binds into book form shown in Figure 25.
The specific embodiment
As previously mentioned, existing binding apparatus can damage, utilize paper the stapled paper of this binding apparatus can't duplicate easily, append or delete, and waste can't be reused, be caused to the employed staple of binding apparatus.
For addressing the above problem, the utility model provides a kind of new binding apparatus, this binding apparatus is to utilize clip that paper is bound automatically, thereby can not damage paper, when utilize the stapled paper of this binding apparatus need to duplicate, when appending or deleting, can easily clip be removed, and the clip that removes can be repeatedly used, reduce waste.
For above-mentioned purpose of the present utility model, feature and advantage can more be become apparent, below in conjunction with accompanying drawing specific embodiment of the utility model is described in detail.
Binding apparatus in the utility model is to utilize clip that paper is bound.Particularly, as shown in Figure 2, binding apparatus 200 comprises:
Clip opens section 250, in conjunction with shown in Figure 3, be arranged in a side (being the left side at Fig. 2) of the opening of clip storage part 210 first cavitys 211, clip opens section 250 and has the second cavity 251, the second cavity 251 and the first cavity 211 communicate, and open in the section 250 so that clip 100 can enter clip by clip storage part 210; Be provided with clip in the second cavity 251 and open track 272, clip opens track 272 and is used for making clip 100 to move along it, and clip is opened in the process of moving along it;
When 200 pairs of paper of binding apparatus are bound, continue with reference to Fig. 2 to shown in Figure 3, at first, the clips 100 in the first cavity 211 of clip storage part 210 enter in the second cavity 251 that clip opens section 250; Then, clip driving mechanism 280 pushes the clip that is positioned at the second cavity 251 with clip 100 and opens track 272, move and open track 272 until break away from clip so that clip 100 opens track 272 along clip, open along clip at clip 100 that clip 100 can be opened in the process that track 272 moves, clip 100 break away from clips open track 272 after clip 100 can be closed gradually, clamp thereby will be positioned at the paper that clip opens the exit position of section 250.
Hence one can see that, because binding apparatus 200 is to utilize clip 100 rather than staple that paper is bound, thereby can not damage paper; In addition, utilize binding apparatus 200 stapled paper to need to duplicate, when appending or deleting, can easily clip 100 be removed from stapled file, and the clip 100 that removes can be repeatedly used, reduce waste.
In the present embodiment, clip storage part 210 is that the pedestal of relative binding apparatus 200 is fixed, and clip storage part 210 can directly be fixed on the described pedestal, or is fixed on other interior fixed parts of pedestal.
When reality is used binding apparatus 200, can make clip storage part 210 slant settings in the binding apparatus 200, so that the Action of Gravity Field that the clips 100 in the first cavity 211 of clip storage part 210 only rely on self just can be in the 211 interior motions of the first cavity, thereby break away from the first cavity 211.Certainly, clip storage part 210 also can horizontal positioned, but also needs in this case at an end of clip storage part 210 driving mechanism (not shown) is set, to order about clip 100 in the 211 interior motions of the first cavity.
Can deposit simultaneously the clip 100 of several ordered arrangements in the first cavity 211 of clip storage part 210.In a kind of possibility, the size of the size of the first cavity 211 and clip 100 adapts, the arrangement meeting entanglement of several clips 100 when avoiding clip storage part 210 slant setting, so that clip 100 can not be successfully in the 211 interior motions of the first cavity.In this enforcement, direction shown in the arrow D in Fig. 5, the first cavity 211 is up-narrow and down-wide.
In the present embodiment, as shown in Figure 6, clip opens section 250 and comprises: preparation section 260; Main part 270.Wherein, in conjunction with shown in Figure 2, preparation section 260 is between clip driving mechanism 280 and main part 270.Preparation section 260 has the first sub-cavity 261, and main part 270 has the second sub-cavity 271, the second sub-cavitys 271 and the first sub-cavity 261 communicates.The second cavity 251 that clip opens section 250 comprises the first sub-cavity 261 and the second sub-cavity 271, and wherein, clip opens the second sub-cavity 271 that track 272 is positioned at the second cavity 251.In addition, clip opens section 250 and also has outlet (not sign), so that the clip in the second cavity 251 can be out.
It is that the pedestal of relative binding apparatus 200 is fixed that clip opens section 250, and clip opens section 250 and can directly be fixed on the described pedestal, or is fixed on other fixed parts in the pedestal.
In a kind of possibility, in conjunction with Fig. 6 and shown in Figure 7, the end 262 of the close main part 270 of preparation section 260 is positioned at the second sub-cavity 271 of main part 270, and the end 262 of preparation section 260 is fixed together with main part 270.
In the present embodiment, to shown in Figure 3, realize that clip opens the mode that the second cavity 251 in the section 250 and the first cavitys 211 in the clip storage part 210 communicate and comprises two kinds with reference to Fig. 2:
In a kind of scheme, in conjunction with Fig. 2 to Fig. 3, shown in Figure 7, the first sub-cavity 261 in the preparation section 260 has opening 264 at the end near clip storage part 210, so that only there is the first sub-cavity 261 to communicate with the first cavity 211 of clip storage part 210 in the second cavity 251.Like this, the clip 100 that is positioned at the first cavity 211 of clip storage part 210 can be entered first the first sub-cavity 261 of preparation section 260 by opening 264, enter the second sub-cavity 271 of main part 270 again.Optionally, the first sub-cavity 261 sizes in the preparation section 260 only can be held a clip 100, so that binding apparatus 200 only can be bound a clip 100 at every turn.
In another kind of scheme, in conjunction with Fig. 2 to Fig. 3, Fig. 7 and shown in Figure 10, the first sub-cavity 261 in the preparation section 260 has opening 264 at the end near clip storage part 210, and the second sub-cavity 271 in the main part 270 has opening 273 at the end near clip storage part 210, so that the first sub-cavity 261 in the second cavity 251 and the second sub-cavity 271 all communicate with the first cavity 211 of clip storage part 210.Like this, the clip 100 that is positioned at the first cavity 211 of clip storage part 210 can be entered at synchronization the first sub-cavity 261 of preparation section 260 by opening 264, and is entered by opening 273 in the second sub-cavity 271 of main part 270.
In the present embodiment, as shown in Figs. 8 to 11, be positioned at clip that clip opens the second cavity 251 of section 250 and open track 272 and be Y type clip track.Y type clip track comprises: main orbit 272a and two track 272b, in conjunction with shown in Figure 2, and a track 272b opens the outlet of section 250 than the more close clip of main orbit 272a.Clip is when the second sub-cavity 271 interior motion of the second cavity 251, and clip 100 passes first main orbit 272a, passes a track 272b again, namely clip in the direction of motion of the second sub-cavity 271 shown in the arrow E among Figure 11.In a kind of possibility, the quantity of the second cavity 251 interior Y type clip tracks is two, and two Y type clip orbital spacings are arranged.
Y type clip track can open Figure 12 to clip 100 shown in Figure 13.To shown in Figure 13, clip 100 is dovetail clip, comprising: bottom 110 such as Figure 12; Two elasticity sidepieces 120.Two elasticity sidepieces 120 are positioned at the same side of bottom 110, and two elasticity sidepieces 120 are oppositely arranged and are fixedly connected with bottom 110.Elasticity sidepiece 120 comprises again head 121 and afterbody 122, and afterbody 122 is fixedly connected with bottom 110.Compare with afterbody 122, head 121 longer (size on the direction shown in the arrow A A among Figure 12) some so that head 121 is stretched than afterbody 122.There is interval G between the head 121 of two elasticity sidepieces 120, like this, paper can enter between two elasticity sidepieces 120 from interval G along direction shown in the arrow B among Figure 13 when bookbinding, and then so that paper can be clamped between two elasticity sidepieces 120, realizes the bookbinding of paper.
In the present embodiment, as shown in figure 13, along 121 directions to afterbody 122 from the head, clip 100 is up-narrow and down-wide structures.
In the present embodiment, such as Fig. 2 and shown in Figure 14, clip driving mechanism 280 comprises slider-crank mechanism, and described slider-crank mechanism comprises connecting rod 281 and the slide block 282 that is rotationally connected with connecting rod 281, and slide block 282 is used for promoting clip 100 motions.In a kind of possibility, clip driving mechanism 280 comprises also and comprising: hinge screws 283, disk 284, hinge screws 285 and motor 286; Connect by hinge screws 283 between connecting rod 281 and the slide block 282, connecting rod 281 is rotationally connected by hinge screws 285 and disk 284, and disk 284 is driven by motor 286.
In a kind of possibility, some parts (such as motor) in the clip driving mechanism are that the pedestal of relative binding apparatus 200 is fixed, described some parts can directly be fixed on the described pedestal, or are fixed on other interior fixed parts of pedestal.
As shown in figure 15, when clip 100 enters after clip opens the second cavity 251 in the section 250, the head 121 of clip 100 opens track 272 than afterbody 122 more close clips.It is as follows that clip 100 is opened the process that track 272 opens by clip:
Extremely shown in Figure 16 such as Figure 15, the disk 284 of slider-crank mechanism begins to rotate, under the rotary action of disk 284, the connecting rod 281 that is rotationally connected with disk 284 also can relatively rotate, and the slide block 282 that promotion and connecting rod 281 are rotationally connected travels forward along the direction near the paper P that is in sheets;
Extremely shown in Figure 17 such as Figure 16, under the impetus of slide block 282, the head 121 of clip 100 can be along the orbital motion of Y type clip, and to the gradually direction motion of the close paper P that is in sheets, two elasticity sidepiece 120(that namely Y type clip track is clamped in clip 100 in motion process in conjunction with Figure 12 to shown in Figure 13) between so that clip 100 is opened; Because along increasing gradually near the distance between two track 272b of direction of the paper P that is in sheets, therefore the opening angle of clip 100 also increases gradually;
When the opening angle of clip 100 reaches maximum, and clip 100 is not when breaking away from Y type clip track, relative position relation such as Figure 17 and shown in Figure 19 between clip 100 and the Y type clip track;
Extremely shown in Figure 180 such as Figure 17, paper P opens between the exit position and two track 272b at Y type clip track of section 250 at clip because be in sheets this moment, and two track 272b are clamped between two elasticity sidepieces 120 of clip 100, therefore be in sheets paper P also between two elasticity sidepieces 120 of clip 100; Under the continuation impetus of slide block 282, the head 121 of clip 100 can break away from Y type clip track, and after clip 100 broke away from from Y type clip track, clip 100 can recover deformation; But owing to remaining to be bound paper P between two elasticity sidepieces 120 of clip 100, therefore two elasticity sidepieces 120 can only recovered part deformation, thereby two elasticity sidepieces 120 still can produce chucking power so that paper is clamped, and realize the bookbinding of paper.
Drive in the process of clip 100 motions at slider-crank mechanism, continuation is extremely shown in Figure 180 with reference to Figure 15, because slide block 282 or slide block 282 and connecting rod 281 can be positioned at the second cavity 251 that clip opens section 250, therefore can stop clips 100 in the clip storage part 210 to enter in the second cavity 251 that clip opens section 250.
Promote in the process of clip 100 motions at slider-crank mechanism, connecting rod 281 may enter in the first sub-cavity 261 of preparation section 260, to move to the direction near the paper P that is in sheets with movable slider 282, therefore, connecting rod 281 may bump with preparation section 260, stops connecting rod 281 to occur with the phenomenon that movable slider 282 moves forward thereby preparation section 260 can occur., continue with reference to shown in Figure 7, preparation section 260 is provided with opening 263 in the side near the clip driving mechanism, and the bearing of trend of this opening 263 is consistent with the direction of motion of slide block 282 for this reason.In addition, opening 263 communicates with the first sub-cavity 261, so that connecting rod 281 can enter in the first sub-cavity 261 of preparation section 260 in the motion process of slider-crank mechanism promotion clip 100, thereby band movable slider 282 moves forward.
In a kind of possibility, when binding apparatus 200 was carried out each instruction, to shown in Figure 19, the slide block 282 of slider-crank mechanism all was positioned at the second cavity 251 that clip opens track 272 such as Figure 15.
It should be noted that, the clip driving mechanism 280 that can promote clip 100 motions can not be confined to slider-crank mechanism, and in other embodiments, this clip driving mechanism can also be cam shown in Figure 20 290, when cam 290 rotated, cam 290 can promote to be positioned at clip 100 motions of one side; Such as can also realizing straight-line mechanism for cylinder (not shown) etc.
In the present embodiment, binding apparatus 200 also comprises: inspection unit (not shown) is used for checking in the clip storage part 210 whether clip 100 is arranged, in order to can in time replenish clip 100 to clip storage part 210.
Figure 21 is the workflow diagram of the binding apparatus in the present embodiment, and as shown in figure 21, the course of work of this binding apparatus comprises:
In conjunction with shown in Figure 3, when binding apparatus 200 received the bookbinding order, binding apparatus 200 can at first be carried out instruction S1: whether the clip supply unit 230 that detects clip storage part 210 has also deposited clip 100.
If detect and do not have clip 100 in the clip storage part 210, binding apparatus 200 can be given the prompting that binding apparatus 200 replenishes clip 100, operating personnel can disassemble the clip supply unit 230 of clip storage part 210 hollows after seeing this prompting, and the clip supply unit 230 that several clips 100 will be housed is packed in the clip storage part 210 next step instruction of execution S2 after the clip supply is finished into; Also have clip 100 in the clip storage part 210 if detect, then directly carry out next step instruction S2.
Wherein, instruction S2 is: detect the paper P that is in sheets and whether arrive gutter pos.
Do not arrive gutter pos if detect the paper P that is in sheets, adjust the paper P that is in sheets and arrive assigned address, then carry out next step instruction S3; Arrive gutter pos if detect the paper P that is in sheets, then directly carried out next step instruction S3.
Then carry out instruction S3: bind.
To shown in Figure 3, clips 100 in the first cavity 211 of clip supply unit 230 are directly entered in the second cavity 251 that clip opens section 250 in conjunction with Fig. 2;
Extremely shown in Figure 17 in conjunction with Figure 15, clip driving mechanism 280 pushes clip with clip 100 and opens track 272, making clip 100 open track 272 along clip moves, clip 100 can be opened in motion process, break away from clip at clip 100 and open gradually closure of afterwards clip 100 meetings of track 272, thereby paper is clamped.
Carry out after the instruction S3, clip driving mechanism 280 can return to the original state of bookbinding, to wait for the next time execution of binding instructio.
It should be noted that, clip opens the amount of capacity of the preparation section 260 of section 250 also can hold a plurality of (being at least two) clip 100, clip opens in the main part 270 of section 250 and is provided with a plurality of spaced Y type clip tracks, so that binding apparatus 200 can be bound a plurality of clips 100 at every turn.
In addition, the binding apparatus in the utility model 200 can also utilize Figure 12 clip 100 in addition extremely shown in Figure 13 to bind.Those skilled in the art can according to the instruction of the present embodiment, make corresponding adjustment to form the clip of other form, such as the matrix type clip to the clip structure in the present embodiment.Compare to clip with the present embodiment, the matrix type clip has larger unobstructed rate to the bookbinding paper, has avoided clip the content on the paper can be covered, be not easy to read.
Certainly, can be applicable to the utility model provides the clip in the binding apparatus can not only be confined to above-mentioned institute to embodiment, makes clip can realize that those skilled in the art can make to the clip structure in the present embodiment other change or replacement under the prerequisite of above-mentioned functions.Concrete structure according to clip can open the shape that the clip in the section opens track by corresponding adjustment clip, so that clip can be opened in the motion process that opens track along clip.
The clip storage part 210 of the binding apparatus 200 in above-described embodiment is that the pedestal of relative binding apparatus is fixed, so in clip storage part 210, after clip in clip opens first cavity 211 that the second cavity 251 of section 250 communicates uses, just need to these the first cavity 211 interior additional clips, so that the clip capacity of binding apparatus is less, it is not too convenient to use.
For this reason, the binding apparatus of above-described embodiment is made following improvement, to obtain the binding apparatus of another embodiment:
As shown in Figure 3, binding apparatus 200 also comprises: turning cylinder 221, and the axial direction of turning cylinder 221 is consistent with the axial direction of body 220;
The main body 220 of clip storage part 210 is fixed on the turning cylinder 221, and main body 220 can be around turning cylinder 221 rotations;
The quantity of clip supply unit 230 is at least two (among Fig. 3 take 5 clip supply units 230 as example), and a plurality of clip supply units 230 are distributed on the main body 220.
In a kind of possibility, a plurality of clip supply units 230 with the formal distribution of circular array on main body 220.Certainly, a plurality of clip supply unit 230 also can other formal distribution on main body 220.In a kind of possibility, the main body 220 of clip storage part 210 is column.Certainly, main body 220 also can be arranged to other shape.
On the basis of the binding apparatus 200 before improvement, the binding apparatus 200 after the above-mentioned improvement can also bring following beneficial effect:
In conjunction with Fig. 2, Fig. 3 and shown in Figure 6, intercalation has a plurality of clip supply units 230 in the clip storage part 210, and clip storage part 210 is rotary, when binding instructio is carried out in binding apparatus 200 execution, the first cavity 211 of one of them clip supply unit 230 is communicated with the second cavity 251 that clip opens section 250, so that the clip 100 in this clip supply unit 230 can enter the second cavity 251 that clip opens section 250, then realize bookbinding.After the clip 100 in one of them clip supply unit 230 uses, can rotate the main body 220 of clip storage part 210, so that another clip supply unit 230 of depositing clip 100 communicates with the second cavity 251 that clip opens section 250, thereby continue to utilize clip 100 to bind, be equivalent to increase clip 100 memory capacity of binding apparatus 200.
In addition, because the 230 dismountable intercalations of clip supply unit are on clip storage part 210, after the clip 100 in the clip supply unit 230 uses, clip supply unit 230 can be disassembled from clip storage part 210, again load onto a clip supply unit 230 of piling clip 100, increased the clip supply efficient of binding apparatus 200.
In addition, because intercalation has a plurality of clip supply units 230 in the clip storage part 210, can so that the clip color in each clip supply unit 230 is not identical, can distinguish according to the color of institute's bookbinding clip like this type of stapled file.
For so that binding apparatus 200 when binding instructio is carried out in execution, the first cavity 211 that only has one of them clip supply unit 230 in the clip storage part 210 communicates with the second cavity 251 that clip opens section 250, and the first cavity 211 of other clip supply unit 230 can not communicate with the second cavity 251 that clip opens section 250, the opening of the first cavity 211 of other clip supply unit 230 in the clip storage part 210 need to be sheltered from.
For this reason, as shown in Figure 2, binding apparatus 200 also comprises: baffle plate 240.Baffle plate 240 opens between the section 250 at clip storage part 210 and clip.
In conjunction with shown in Figure 22, baffle plate 240 has opening 241, and the second cavity 251 that opening 241 and clip open section 250 communicates.In addition, when binding instructio is carried out in binding apparatus 200 execution, the opening 241 of baffle plate 240 communicates with the first cavity 211 of one of them clip supply unit 230 in the clip storage part 210, and baffle plate 240 shelters from the opening of the first cavity 211 of all the other the clip supply units 230 in the clip storage part 210.The clip 100 in this clip supply unit 230 like this, the first cavity 211 of one of them clip supply unit 230 communicated with the opening 241 of baffle plate 240, so that can enter the opening 241 of baffle plate 240; Then, clip 100 can enter in the second cavity 251 that clip opens section 250; Then, clip 100 clip in the second cavity 251 under the driving of clip driving mechanism opens track 272 and moves and opened, thereby realizes bookbinding.Concrete clip 100 processes of opening can with reference to front embodiment, not repeat them here.
After the clip 100 in one of them clip supply unit 230 uses, can rotate the main body 220 of clip storage part 210, so that another clip supply unit 230 of depositing clip 100 communicates with the opening 241 of baffle plate 240, in order to continue to carry out binding instructio.
In a kind of possibility, as shown in figure 23, the preparation section 260 that clip opens section 250 is fixed on the surperficial P2 of baffle plate 240, and surperficial P2 is the surface back to clip storage part 210 of baffle plate 240.Like this, clip preparation section 260 can be one-body molded with baffle plate 240.
In a kind of possibility, to shown in Figure 23, the first sub-cavity 261 that opening 241 and the clip of baffle plate 240 opens the preparation section 260 of section 250 communicates such as Figure 22; In addition, in conjunction with shown in Figure 6, the opening 241 of baffle plate 240 also communicates with the second sub-cavity 271 that clip opens the main part 270 of section 250, so that clip enters after the opening 241 of baffle plate 240, can be in synchronization enters the second sub-cavity 271 of the first sub-cavity 261 of preparation section 260 and main part 270.On the basis of this possibility, can also make following improvement:
The surface of the close clip storage part 210 of baffle plate 230, namely the surperficial P1 of baffle plate 230 is provided with two spaced flanges 242;
Space G1 between two flanges 242 and the position alignment of opening 241, so that clip 100 enters in the process of the opening 241 in the baffle plate 230, clip 100 can pass first two space G1 between the flange 242;
Extremely shown in Figure 10 in conjunction with Fig. 8, in two Y type clip tracks, the part of the main orbit 272a of the Y type clip track of close baffle plate 240, in the space G1 between two flanges 242, so that clip 100 by the first cavity 211 of clip supply unit 210 out after, clip 100 can pass first two space G1 between the flange 242, and clip 100 main orbit 272a in the G1 of space in the process that enters space G1 can be stuck in space G(between two heads of clip 100 in conjunction with shown in Figure 13) in, then clip 100 enters the opening 241 in the baffle plate 240, passes clip 100 after the opening 241 and enters simultaneously in the first sub-cavity 261 and the second sub-cavity 271 in the main part 270 in the preparation section 260;
The main part 270 that clip opens section 250 is fixed on the surperficial P3 of two flanges 242, and the bearing of trend of surperficial P3 and clip enter clip by opening 241 to open the direction of the second cavity 251 of section 250 consistent.
Figure 24 is the workflow diagram of the binding apparatus after the above-mentioned improvement, and as shown in figure 24, the course of work of this binding apparatus comprises:
In conjunction with shown in Figure 3, when binding apparatus 200 received the bookbinding order, binding apparatus 200 can at first be carried out instruction S11: whether the clip supply unit 230 that detects clip storage part 210 has also deposited clip 100.
All clip supply units 230 are interior all not to have a clip 100 if detect in the clip storage part 210, binding apparatus 200 can be given the prompting that binding apparatus 200 replenishes clip 100, operating personnel can disassemble the clip supply unit 230 of clip storage part 210 hollows after seeing this prompting, and pack in the clip storage part 210 a plurality of clip supply units 230 that several clips 100 are housed into after the clip supply is finished next step instruction of execution S12; Also have clip 100 in the clip storage part 210 if detect, then directly carry out next step instruction S12.
Wherein, instruction S12 is: detect the paper P that is in sheets and whether arrive gutter pos.
Do not arrive gutter pos if detect the paper P that is in sheets, adjust the paper P that is in sheets and arrive assigned address, then carry out next step instruction S13; Arrive gutter pos if detect the paper P that is in sheets, then directly carried out next step instruction S13.
Wherein, instruction S13 is: in conjunction with Fig. 3 and shown in Figure 23, the main body 220 that drives clip storage part 210 is rotated, so that the first cavity 211 in one of them clip supply unit 230 communicates with the opening 241 of baffle plate 240 in the clip storage part 210.
Then carry out instruction S14: bind.
To shown in Figure 3, the clip 100 in the first cavity 211 of clip supply unit 230 is entered in the second cavity 251 that clip opens section 250 in conjunction with Fig. 2 by the opening 241 of baffle plate 240; Then clip is opened track 272 by clip and opens, thereby realizes bookbinding, and the concrete clip process of opening can with reference to noted earlier, not repeat them here.
Carry out after the instruction S14, clip driving mechanism 280 can return to the original state of bookbinding, to wait for the next time execution of binding instructio.
On the basis of above-mentioned binding apparatus, it is a kind of with sheet post-processing apparatus (not shown) that the utility model also provides, and it comprises the binding apparatus among above-mentioned any one embodiment.
In a kind of possibility, described sheet post-processing apparatus also comprises paper advance mechanism, is used for paper is sent to the binding apparatus position.Like this, the sheet conveying of any one position can be arrived the binding apparatus position, and utilize binding apparatus with binding papers.
On the basis of above-mentioned binding apparatus, as shown in figure 25, the utility model also provides a kind of system 300 that binds into book form, and comprising: image processing system 310 is used for forming image at paper; Be arranged in the binding apparatus 200 of above-mentioned any one embodiment in image processing system 310 downstreams, bind into book form for the binding papers that will be formed with image.Described image processing system can be printer, duplicator, scanner, facsimile machine or all-in-one multifunctional machine etc., in Figure 25 take all-in-one multifunctional machine as example.
Wherein, image processing system 310 comprises: ejection port 312, discharge tray 311.In conjunction with shown in Figure 26, binding apparatus 200 is between ejection port 312 and discharge tray 311.
In a kind of possibility, the system that binds into book form 300 also comprises auxiliary binding apparatus, described auxiliary binding apparatus is between ejection port 312 and discharge tray 311, like this, the paper P that handles well can utilize described auxiliary binding apparatus that paper P regulation is neat from ejection port 312 after out, and then the binding papers that regulation is neat gets up.
Described auxiliary binding apparatus comprises: be the first regulation plate 331, the second regulation plate 332 that are oppositely arranged; Be suitable for regulating the driving mechanism of relative distance between the first regulation plate 331 and the second regulation plate 332.When the paper P that handles well from ejection port 312 out after, can utilize described driving mechanism to regulate relative distance between the first regulation plate 331 and the second regulation plate 332 according to the size of paper P, so that the relative distance between the first regulation plate 331 and the second regulation plate 332 conforms to the size of paper P, can paper P regulation is neat under the acting in conjunction of the first regulation plate 331 and the second regulation plate 332, then utilize the binding apparatus 200 paper P that regulation is neat to bind.
In one embodiment, described driving mechanism comprises be used to the first driving mechanism that orders about 331 motions of the first regulation plate and is used for ordering about the second driving mechanism that the second regulation plate 332 moves, wherein, described the first driving mechanism comprises the first power transmission shaft 341 and drives the first motor 351 that the first power transmission shaft 341 rotates, the first regulation plate 331 is provided with the first hole (not sign), the first power transmission shaft 341 passes the first hole, and be threaded engagement between the first power transmission shaft 341 and the first hole, like this, when the first motor 351 rotates, can order about the first regulation plate 331 and do rectilinear motion; The second driving mechanism comprises second driving shaft 342 and drives the second motor 352 that second driving shaft 342 rotates, the second regulation plate 332 is provided with the second hole (not sign), second driving shaft 342 passes described the second hole, and be threaded engagement between second driving shaft 342 and the second hole, like this, when the second motor 352 rotates, can order about the second regulation plate 332 and do rectilinear motion.
Certainly, in other embodiments, also can utilize the driving mechanism of other kind to adjust relative distance between the first regulation plate 331 and the second regulation plate 332.
In a kind of possibility, the system that binds into book form 300 also comprises paper advance mechanism (not shown), is used for paper is sent to binding apparatus 200 positions.Like this, when being installed in binding apparatus 200 on the image processing system, can be with out the sheet conveying that is formed with image from image processing system to the binding apparatus position, and then binding papers got up.
Although the utility model discloses as above, the utility model is not to be defined in this.Any those skilled in the art within not breaking away from spirit and scope of the present utility model, all can make various changes or modifications, and therefore protection domain of the present utility model should be as the criterion with the claim limited range.
Claims (10)
1. binding apparatus, it is characterized in that, utilize clip that paper is bound, comprise: the clip storage part, comprise: body has the groove that extends along the body axial direction with the clip supply unit that is positioned on the described body, described body, and described clip supply unit has the first cavity, one end of described the first cavity has opening, and the dismountable intercalation of described clip supply unit is in described groove;
Clip opens section, be positioned at a side of the opening of described clip storage part the first cavity, the described clip section of opening has the second cavity, described the second cavity and the first cavity communicate, be provided with clip in described the second cavity and open track, described clip opens track and is used for clip is moved along it, and clip is opened in the process of moving along it;
The clip driving mechanism, be positioned at the same side of the opening of described clip storage part the first cavity with the described clip section of opening, described clip driving mechanism is used for entering clip in the second cavity by described the first cavity and pushes described clip and open track, makes clip open orbital motion along clip and opens track until break away from clip.
2. binding apparatus according to claim 1 is characterized in that, also comprises: turning cylinder;
The body of described clip storage part is fixed on the turning cylinder, and around described turning cylinder rotation;
The quantity of described clip supply unit is at least two.
3. binding apparatus according to claim 2 is characterized in that, the described clip section of opening comprises: preparation section and main part;
Described preparation section is positioned between described clip driving mechanism and the main part, described preparation section has the first sub-cavity, described main part has the second sub-cavity that communicates with the first sub-cavity, and the second cavity that described clip opens section comprises the described first sub-cavity and the second sub-cavity;
Described clip opens track and is positioned at the described second sub-cavity.
4. binding apparatus according to claim 3 is characterized in that, the described first sub-cavity has opening at the end near described clip storage part, so that only there is the described first sub-cavity to communicate with the first cavity of described clip storage part in described the second cavity;
Perhaps, the described first sub-cavity and the second sub-cavity all have opening at the end near described clip storage part, so that the first sub-cavity described in described the second cavity and the second sub-cavity all communicate with the first cavity of described clip storage part.
5. binding apparatus according to claim 1 is characterized in that, described clip is dovetail clip;
It is Y type track that described clip opens track, and described Y type track comprises main orbit and two tracks, and described main orbit is than more close described clip driving mechanism of track.
6. binding apparatus according to claim 1 is characterized in that, described clip driving mechanism comprises: slider-crank mechanism;
Described slider-crank mechanism comprises: connecting rod and the slide block that is rotationally connected with described connecting rod, described slide block are used for promoting the clip motion.
7. binding apparatus according to claim 2 is characterized in that, also comprises: baffle plate, open between the section at described clip storage part and clip;
Described baffle plate has opening, and the second cavity that the opening of described baffle plate and described clip open section communicates;
When binding instructio is carried out in described binding apparatus execution, the opening of described baffle plate communicates with the first cavity of one of them clip supply unit in the described clip storage part, and described baffle plate shelters from the opening of the first cavity of all the other the clip supply units in the described clip storage part.
8. binding apparatus according to claim 1 is characterized in that, also comprises inspection unit, is used for checking in the described clip storage part whether clip is arranged.
9. use sheet post-processing apparatus for one kind, it is characterized in that, comprising: each described binding apparatus of claim 1 to 8.
10. the system that binds into book form is characterized in that, comprising:
Image processing system is used for forming image at paper;
Be positioned at described image processing system downstream such as each described binding apparatus of claim 1 to 8, the binding papers that is used for being formed with image is bound into book form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320124321 CN203236880U (en) | 2013-03-18 | 2013-03-18 | Bookbinding device, used paper postprocessing device and book forming system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320124321 CN203236880U (en) | 2013-03-18 | 2013-03-18 | Bookbinding device, used paper postprocessing device and book forming system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203236880U true CN203236880U (en) | 2013-10-16 |
Family
ID=49314206
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320124321 Expired - Fee Related CN203236880U (en) | 2013-03-18 | 2013-03-18 | Bookbinding device, used paper postprocessing device and book forming system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203236880U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104441968A (en) * | 2014-12-11 | 2015-03-25 | 惠州Tcl移动通信有限公司 | Wiping paper linkage device of printer |
| CN108790456A (en) * | 2018-06-07 | 2018-11-13 | 台聪 | A kind of binding papers device |
| CN113954547A (en) * | 2021-10-28 | 2022-01-21 | 安徽省无为县君睿印务有限责任公司 | Book binding device for printing and copying |
-
2013
- 2013-03-18 CN CN 201320124321 patent/CN203236880U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104441968A (en) * | 2014-12-11 | 2015-03-25 | 惠州Tcl移动通信有限公司 | Wiping paper linkage device of printer |
| CN104441968B (en) * | 2014-12-11 | 2019-01-04 | 惠州Tcl移动通信有限公司 | A kind of printing machine wiping paper linkage |
| CN108790456A (en) * | 2018-06-07 | 2018-11-13 | 台聪 | A kind of binding papers device |
| CN113954547A (en) * | 2021-10-28 | 2022-01-21 | 安徽省无为县君睿印务有限责任公司 | Book binding device for printing and copying |
| CN113954547B (en) * | 2021-10-28 | 2023-08-22 | 安徽省无为县君睿印务有限责任公司 | Bookend binding equipment for copying |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131016 Termination date: 20170318 |
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| CF01 | Termination of patent right due to non-payment of annual fee |