CN203472303U - Gripper for binding back issues - Google Patents
Gripper for binding back issues Download PDFInfo
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- CN203472303U CN203472303U CN201320447147.6U CN201320447147U CN203472303U CN 203472303 U CN203472303 U CN 203472303U CN 201320447147 U CN201320447147 U CN 201320447147U CN 203472303 U CN203472303 U CN 203472303U
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- periodical
- calibration jig
- length
- boring
- concave station
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Abstract
The utility model relates to a gripper for binding back issues. The gripper consists of a scale clamp and a drilling pad. Scales are marked on the edge, which is close to a clamping opening, of an upper clamping piece or a lower clamping piece of the scale clamp, half-round holes are formed correspondingly in points at equal intervals in length directions of the clamping pieces, and circle centers of the half-round holes are used as drilling points for binding of the back issues. The drilling pad is cuboid, and strip-shaped hollowed-out grooves are formed in one side of the drilling pad and in one-to-one correspondence with positions of the half-round holes in the scale clamp during binding; scales are marked on two edges, which are parallel to length directions of the strip-shaped hollowed-out grooves, of the upper surface; a downward concave platform is arranged in the middle of the upper surface of one end of each strip-shaped hollowed-out groove of the drilling pad, a round magnet is embedded in each end of each concave platform, and the scale clamp can be attracted and fixed tightly when the back issues are bound and clamped. According to the gripper for binding the back issues, traditional manual thread binding tool assemblies are integrated, and binding steps are simplified, so that the efficiency is improved.
Description
Technical field
The utility model relates to a kind of clamping apparatus, and particularly periodical clamper is crossed in a kind of bookbinding.
Background technology
At present, most of libraries of the universities all adopt and will cross the mode that periodical (expired periodical was called for short periodical) is delivered to printing house outside school or printing firm carries out outsourcing bookbinding.But this pattern of seeing outsourcing bookbinding off exists multiple limitation and the shortcomings such as expense is high, the bookbinding cycle long, bookbinding volumes is not easy to flexible processing, carrying effort is back and forth time-consuming.In addition Internet resources and e-sourcing is universal, and the mistake with storage and value is printed fewer and feweri, also should not drop into substantial contribution and purchase modern binding device.In the face of news, Some Universities was bound periodical and was revert to again the traditional thread binding mode of traditional craft.Traditional thread binding cross periodical conventional be " sight alignment " bookbinding, manual traditional thread binding instrument comprises: the assemblies such as clip, rule, marking pen, drilling machine, industrial siding, suture needle, boring pad.The traditional thread binding flow process of crossing periodical is: first with clip, the periodical of crossing of putting in order is clipped, with rule, measure the reserved width of bookbinding of back issue linear distance spine, measured the bookbinding length of side of periodical, according to bookbinding requirement, keep at a certain distance away and determine boring point, use marking pen mark, the mark bookbinding length of side three points placed in the middle are as boring point, and this is dipstick metering → the determine process of hole position → mark mark; Then by clamping firmly and the periodical of crossing that indicates good boring point be placed on the foam or cork matter boring pad that a thickness is greater than 3.5cm, on three points, with drilling machine, hole, with suture needle, industrial siding wire rope handling tied a knot, complete forwarding, Here it is, and traditional " sight alignment " is manual traditional thread binding.Traditional " sight alignment " is manual traditional thread binding, and flexible operation, is not limited by room and time, and expense is cheap, is always used till today.But these binder assemblies are scattered, and complex operation is and original, and when especially bookbinding amount is large, dipstick metering → determine the process of hole position → mark mark, reduces binding efficiency greatly; Boring pad is repeatedly padded with boring and is easily damaged, and need to often change.Periodical clamper was bound in design easily, was the trend that modern " sight alignment " bound periodical.The present invention is directed to the deficiency of existing instrument and the design that problem is carried out.
Summary of the invention
The deficiencies such as the utility model is scattered for existing bookbinding of back issue tool assembly, complex operation, efficiency is low, boring pad has damaged, periodical clamper is crossed in a kind of bookbinding designing, rule, clip and marking pen are integrated, be designed to a calibration jig, along calibration jig jaws length indication scale; The upper and lower correspondence position design semicircle orifice that keeps at a certain distance away in the intermediate plate length of calibration jig; During bookbinding, as long as clamp with calibration jig crossing of putting in order, print, according to the bookbinding requirement of crossing periodical, with reference to the intermediate plate scale of calibration jig, determine bookbinding boring point, these boring points are semicircle orifice centers of circle of calibration jig, and " sight alignment " bound periodical need to determine three boring points.With this calibration jig supporting be a boring pad, boring pad one side is provided with bar shaped hollow slots, corresponding one by one with the semicircle orifice position on calibration jig; Bar shaped hollow slots one end of boring pad, at a boring pad top recessed concave station placed in the middle, concave station length is greater than calibration jig intermediate plate length; Concave station two ends are respectively embedded with a circular magnet, and the boring pad upper surface both sides parallel with bar shaped hollow slots length direction indicate the longitudinal scale of scale, as the reference of setting the reserved width of bookbinding of back issue linear distance spine.Utilize this utility model to bind periodical, the dipstick metering in forwarding → the determine process simplification of hole position → mark mark, the design of bar shaped hollow slots makes boring pad durable in use, should not damage.
The technical solution of the utility model is as follows:
A periodical clamper is crossed in bookbinding, it is characterized in that comprising a calibration jig and a boring pad 5.
Periodical clamper is crossed in a kind of bookbinding, described scale consists of the upper clip 1 of splitting, lower clamping piece 2 and the spring between them 4, axis 3, it is characterized in that metal irony, upper clip 1 or lower clamping piece 2 length are along calibration jig jaws length indication scale, and (except two ends) splits semi-circular hole 6 on upper clip and lower clamping piece point at equidistant intervals, as shown in Figure 3.During bookbinding, according to crossing margin length and the requirement of printing 10, determine boring point, " sight alignment " manual traditional thread binding periodical of crossing, determines three boring points.
Preferably, length >=bookbinding of back issue limit length of side of calibration jig upper clip 1 or lower clamping piece 2, is 26 ~ 30cm; Thickness is 0.15 ~ 0.35cm, and the diameter of semicircle orifice is 0.5 ~ 0.8cm.
A periodical clamper is crossed in bookbinding, and described boring pad 5 is cuboids, and long limit one side is provided with bar shaped hollow slots 7, and during bookbinding, the position of first circular hole 6 of bar shaped hollow slots 7 and calibration jig is corresponding one by one; The boring pad upper surface both sides parallel with bar shaped hollow slots length direction indicate the longitudinal scale 11 of scale, as the reference of setting the reserved width of bookbinding of back issue linear distance spine; On boring pad 5 upper surfaces edges, offer one end of bar shaped hollow slots 7, a recessed concave station 8 placed in the middle, concave station 8 length are greater than calibration jig intermediate plate length; Concave station 8 two ends are respectively embedded with a circular magnet 9, and the well periodical 10 of calibration jig clamping is placed on concave station 8, by magnet 9, is inhaled tightly on boring pad 5.
Preferably, boring pad 5 is non-ironworks, and its length is greater than calibration jig upper clip 1 or lower clamping piece 2 length 6 ~ 10cm, and width was greater than the non-margin length of side 4 ~ 10cm of periodical, was highly 4 ~ 8cm.
Preferably, bar shaped hollow slots 7 width are 1.2 ~ 1.5 times of calibration jig semicircle orifice 6 diameters, and length is 5 ~ 8cm.
Preferably, many 0.4 ~ the .08cm of the Length Ratio calibration jig upper clip 1 of concave station 8 or the length of lower clamping piece 2, the degree of depth is upper clip or lower clamping piece thickness 2-3 times, concave station 8 width are 2 ~ 3cm, the concave station 8 above magnet 9 at two ends is circular, diameter is 0.4 ~ 1.0cm, embeds the surface apart from 4 ~ 8cm place, concave station two ends, and concordant with concave station surface.
Calibration jig clamped on the concave station 8 that periodical is placed on boring pad and is corresponding one by one with the bar shaped hollow slots position on boring pad, and calibration jig, by magnet 9 adhesives on concave station 8, makes clamping more firm, bound more efficiently, more convenient.
Calibration jig is independently, can be used as typical clamp and uses separately.
The utility model is that periodical clamper is crossed in a kind of bookbinding, has following beneficial effect:
Periodical clamper is crossed in a kind of bookbinding, by the traditional thread binding tool assembly of traditional craft: rule, clip and the marking pen in clip, rule, marking pen, drilling machine, industrial siding, suture needle, boring pad is integrated into a calibration jig, boring pad 5 is designed to a non iron goods pad that is provided with bar shaped hollow slots 7 and concave station 8, and concave station 8 two ends are respectively embedded with a circular magnet 9.During bookbinding, first calibration jig is put on the concave station 8 of boring pad, and corresponding one by one with the bar shaped hollow slots position on boring pad, and the magnet 9 on concave station 8 is adhesive calibration jig lower clamping piece 2 tightly; Open calibration jig, with reference to the scale on calibration jig intermediate plate, the mistake of putting in order is printed to 10 and put into the upper clip 1 of calibration jig and the upper surface of lower clamping piece 2, boring pad 5, by reference, hole and pad longitudinal scale 11 on 5 upper surface both sides simultaneously, set cord apart from the reserved width of spine; Merge calibration jig, calibration jig is clamped on boring pad 5 securely excessively printing 10; According to bookbinding of back issue requirement, on the semicircle orifice of calibration jig upper clip 1, determine bookbinding boring point, the boring point of " sight alignment " bookbinding, due to the center of circle of the bookbinding of back issue length of side three semicircle orifices 6 placed in the middle, with drilling machine boring, traditional thread binding.
Use the manual traditional thread binding periodical of crossing of the utility model " sight alignment ", several tool assemblies can be integrated into a calibration jig, by the dipstick metering → determine bookbinding step simplification of hole position → mark mark; Calibration jig is holed pads the tightly adhesive of magnet at concave station two ends, makes clamping more firm; Boring pad design bar shaped hollow slots makes to hole more convenient, safer, can use for a long time, and stapling operation is simplified, and efficiency improves, thereby makes the availability of product higher.The utility model moulding is simple, is easy to manufacture, and calibration jig is metal irony, and boring pad is non-ironwork, can use plastics, aluminium etc. to be easy to the material of moulding, and with low cost, practicality is durable.
accompanying drawing explanation:
Fig. 1 is calibration jig front view
Fig. 2 is calibration jig left view
Fig. 3 is calibration jig top view
Fig. 4 is base front view
Fig. 5 is base left view
Fig. 6 is base vertical view
Fig. 7 bound periodical clamper front view
Fig. 8 bound periodical clamper top view
Fig. 9 bound periodical to use state right view with clamper
Figure 10 bound periodical to use clamper A to profile
Figure 11 bound periodical clamper right view
In figure, 1-upper clip, 2-lower clamping piece, 3-axis, 4-spring, the 5-pad of holing, 6-semicircle orifice, 7-bar shaped hollow slots, 8-concave station, 9-magnet, 10-crosses periodical, the longitudinal scale of 11-.
the specific embodiment:
Following examples are to further illustrate of the present utility model, but the utility model is not limited to this.
embodiment 1:
A periodical clamper is crossed in bookbinding, and calibration jig is to consist of the upper clip 1 of splitting, lower clamping piece 2 and the spring between them 4, axis 3, meets prior art; Calibration jig metal irony, the thickness of upper clip 1 or lower clamping piece 2 is 0.2cm, in view of crossing periodical paper size, have and just spend 16 and open (185 * 260mm), 32 and open (130 * 185mm), the design upper clip 1 of calibration jig or length >=bookbinding of back issue limit length of side of lower clamping piece 2, for 30cm, by jaws edge, indicate scale, and in the length of upper clip 1 and lower clamping piece 2 (except two ends) design semi-circular hole 6 on the point of interval 2.5cm, semicircle orifice diameter is 0.7cm, open altogether 11, during bookbinding, according to margin length and the requirement of crossing periodical, determine boring point.
Bookbinding is just being spent 16 and is being opened excessively printing of (185 * 260mm) paper size, the bookbinding length of side is 26cm, calibration jig is put into boring pad concave station 8 corresponding one by one with the bar shaped hollow slots on boring pad, calibration jig is fixed by magnet 9, open upper clip 1 and lower clamping piece 2, by the mistake of putting in order print 10 put into calibration jig from left to right 2cm between 28cm, with reference to the longitudinal scale 11 of boring pad 5 upper surface, setting cord is 1cm apart from the reserved width of spine, " sight alignment " bound the position of three boring points on calibration jig and is respectively: 7.5cm, 15.0cm, 22.5cm, these three points are being crossed the position print in 11 margins respectively: 5.5cm, 13.0cm, 20.5, 3 points placed in the middle, as binding the boring point of printing 10.
The length of concave station 8 is 30.5cm, than the many 0.5cm of length of calibration jig upper clip 1 or lower clamping piece 2, the degree of depth is 0.5cm, concave station 8 width are 2.5cm, the concave station 8 above magnet at two ends is circular, diameter is 0.6cm, embeds placed in the middle along concave station width apart from the surface at each 5cm place, concave station 8 two ends, and concordant with concave station surface.
Be held above on the boring point of crossing periodical fixing, directly with drilling machine boring, take off calibration jig and print together with crossing of being held, suture needle is traditional thread binding.Meanwhile, another calibration jig can clamp boring continuously, and several calibration jigs are used in conjunction with boring pad, realize water operation.
embodiment 2:
A periodical clamper is crossed in bookbinding, and calibration jig is to consist of the upper clip 1 of splitting, lower clamping piece 2 and the spring between them 4, axis 3, meets prior art; Calibration jig metal irony, the thickness of upper clip 1 or lower clamping piece 2 is 0.2cm, in view of crossing periodical paper size, have and just spend 16 and open (185 * 260mm), 32 and open (130 * 185mm), the design upper clip 1 of calibration jig or length >=bookbinding of back issue limit length of side of lower clamping piece 2, for 27.5cm, by jaws edge, indicate scale, and in the length of upper clip 1 and lower clamping piece 2 (except two ends) design semi-circular hole 6 on the point of interval 2.5cm, semicircle orifice diameter is 0.7cm, open altogether 10, during bookbinding, according to margin length and the requirement of crossing periodical, determine boring point.
Bookbinding is just being spent 32 and is being opened excessively printing of (130 * 185mm) paper size, the bookbinding length of side is 18.5cm, calibration jig is put into boring pad concave station 8 corresponding one by one with the bar shaped hollow slots on boring pad, calibration jig is fixed by magnet 9, open upper clip 1 and lower clamping piece 2, by the mistake of putting in order print 10 put into calibration jig from left to right 5.75cm between 24.25cm, with reference to the longitudinal scale 11 of boring pad 5 upper surface, setting cord is 1cm apart from the reserved width of spine, " sight alignment " bound the position of three boring points on calibration jig and is respectively: 10.0cm, 15.0cm, 20.0cm, this three somes position on bookbinding of back issue limit is respectively: 4.25cm, 9.25cm, 14.25, 3 points placed in the middle, as binding the boring position of printing 10.
The length of concave station 8 is 28cm, than the many 0.5cm of length of calibration jig upper clip 1 or lower clamping piece 2, the degree of depth is 0.5cm, concave station 8 width are 3cm, the concave station 8 above magnet at two ends is circular, diameter is 0.7cm, embeds placed in the middle along concave station width apart from the surface at each 5cm place, concave station 8 two ends, and concordant with concave station surface.
Be held above on the boring point of crossing periodical fixing, directly with drilling machine boring, take off calibration jig and print together with crossing of being held, suture needle is traditional thread binding.Meanwhile, another calibration jig can clamp boring continuously, and several calibration jigs are used in conjunction with boring pad, realize water operation.
Fig. 8 bound periodical clamper top view; Figure 10 bound periodical to use clamper A to profile.
In above-described embodiment:
No matter use the utility model bind periodical, be that " sight alignment " manual traditional thread binding bookbinding or other are bound requirement, can realize the traditional thread binding tool assembly integration of traditional craft, by dipstick metering → the determine bookbinding step simplification of hole position → mark mark; On boring pad 5, design concave station 8 and two ends inserted magnet 9, allow calibration jig clamp periodical more firm; Boring pad design bar shaped hollow slots 7, and corresponding one by one with semicircle orifice 6 positions on calibration jig, be beneficial to bookbinding drilling machine drilling operation; Cross periodical through the dust of drilling machine boring, through bar shaped hollow slots, leave out by mistake outside boring pad convenient cleaning.Calibration jig, boring pad and bar shaped hollow slots and concave station, make to bind periodical clamping firmly, and boring is convenient, safety, durable in use, and stapling operation is simplified, and efficiency improves, thereby makes the availability of product higher.
Calibration jig is independent respectively with boring pad, and calibration jig can be used as typical clamp and uses separately.Boring pad design bar shaped hollow slots can be used as bookbinding platform.
Fig. 9 bound periodical to use state right view with clamper.
The utility model relies on parts as above and structure, has simplified the traditional thread binding tool assembly of traditional craft, has increased the function that prior art lacks, easy to use, safe and reliable, and binding efficiency is improved, and solved some problems that the traditional thread binding tool assembly of existing craft exists.Utilize this clamper to carry out " sight alignment " bookbinding, more faster than prior art, convenient.
The utility model moulding is simple, is easy to manufacture, and calibration jig is metal irony, and boring pad is non-ironwork, can use plastics, aluminium etc. to be easy to the material of moulding, and with low cost, practicality is durable.
Claims (5)
1. bind a periodical clamper, it is characterized in that, comprised calibration jig and boring pad; Calibration jig irony, upper clip, lower clamping piece indicate scale by jaws edge, along splitting semicircle orifice on intermediate plate length point at equidistant intervals, as binding the reference of periodical boring point; Boring pad is non-ironwork, cuboid, and a side is provided with bar shaped hollow slots, corresponding one by one with the semicircle orifice position on calibration jig during bookbinding; A upper surface recessed concave station placed in the middle of bar shaped hollow slots one end.
2. bound as claimed in claim 1 periodical clamper, and it is characterized in that, the length of described calibration jig upper clip or lower clamping piece is greater than the bookbinding of back issue limit length of side; Thickness is 0.15 ~ 0.35cm, and the diameter of semicircle orifice is 0.5 ~ 0.8cm.
3. bound as claimed in claim 1 periodical clamper, and it is characterized in that, described boring pad is cuboid, and length is greater than calibration jig upper clip or lower clamping piece length 6 ~ 10cm, and width was greater than the non-margin length of side 4 ~ 10cm of periodical, was highly 4 ~ 8cm.
4. as described in claim 1 or 3, bound periodical clamper, and it is characterized in that, the width of boring filler strip shape hollow slots is 1.2 ~ 1.5 times of calibration jig intermediate plate upper semi-circle bore dia, and length is 5 ~ 8cm; The boring pad upper surface both sides parallel with bar shaped hollow slots length direction indicate scale.
5. as claim 1,2 or 3, bound periodical clamper as described in arbitrary, and it is characterized in that, the length of described boring pad concave station is greater than calibration jig intermediate plate length 0.4 ~ .08cm, and width is 2 ~ 3cm; Concave station two ends respectively embed a circular magnet, and diameter is 0.4 ~ 1.0cm, and magnet embeds placed in the middle along concave station width apart from the surface at each 5cm place, concave station two ends, and concordant with concave station surface; Calibration jig clamped periodical and was placed on concave station, by magnet adhesive tightly, was fixed on boring pad.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320447147.6U CN203472303U (en) | 2013-07-25 | 2013-07-25 | Gripper for binding back issues |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320447147.6U CN203472303U (en) | 2013-07-25 | 2013-07-25 | Gripper for binding back issues |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203472303U true CN203472303U (en) | 2014-03-12 |
Family
ID=50220701
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320447147.6U Expired - Fee Related CN203472303U (en) | 2013-07-25 | 2013-07-25 | Gripper for binding back issues |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203472303U (en) |
-
2013
- 2013-07-25 CN CN201320447147.6U patent/CN203472303U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140312 Termination date: 20140725 |
|
| EXPY | Termination of patent right or utility model |