CN204129983U - Calligraphy lattice chi - Google Patents
Calligraphy lattice chi Download PDFInfo
- Publication number
- CN204129983U CN204129983U CN201420472242.6U CN201420472242U CN204129983U CN 204129983 U CN204129983 U CN 204129983U CN 201420472242 U CN201420472242 U CN 201420472242U CN 204129983 U CN204129983 U CN 204129983U
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- China
- Prior art keywords
- frame
- fine rule
- chi
- calligraphy
- calligraphy lattice
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Abstract
The utility model provides a kind of calligraphy lattice chi, comprises chi frame and fine rule, and described fine rule two ends are connected with described chi frame respectively, and described fine rule one end is established along the housing edge dish of described chi frame and makes described fine rule be in the grid-like framework being laid in described chi frame.Fine rule in the described calligraphy lattice chi that the utility model provides, outer edge dish along described chi frame is established and is made described fine rule be in the grid-like framework being laid in described chi frame, described calligraphy lattice chi is lain on calligraphic paper, writes in the grid that just can be formed at described fine rule; Described calligraphy lattice chi can design multiple straight line graticule mesh as required, and can arbitrarily movement up and down on calligraphic paper when using, and uses more convenient; In addition, described calligraphy lattice chi also has the function and try square function that make work of fine arts convergent-divergent pattern.
Description
Technical field
The utility model relates to a kind of ruler, particularly relates to a kind of calligraphy lattice chi of directly drawing squares for calligraphic paper.
Background technology
Write regular script, lishu, the tablet of Wei Dynasty, lesser seal character Deng Xu circle lattice calligraphy work time, generally all need " drawing squares ".In writing process, have ruling to assist, ability crops in rows, grasps line-spacing and the character-spacing of word better.And the format write of the style of calligraphys such as block letters, regular script in small characters, lishu, seal character, because the body art of composition of word is different, the requirement of plaid matching is respectively had any different again.
Usually, the method that calligraphy " is drawn squares " is divided into three kinds substantially, " folded lattice ", " frame " or " lining lattice "." folded lattice " is applicable to write the few large word of number of words, but to multiword and slightly little word inapplicable, this is mainly because " folded lattice " are not only inaccurate in size, and the paper of poststack is not open and flat, and impact is wield the pen and calligraphy quality." frame " is exactly art of composition layout good according to plan, direct frame on calligraphic paper, and then writes in lattice; But except regular script in small characters, general calligraphy work is seldom with lattice." lining lattice " are exactly be placed on below calligraphic paper by the paper accomplishing fluently lattice in advance, write by saturating lattice, if but calligraphic paper is slightly thick or color is slightly heavy, be just not easy to see clearly.
Above-mentioned three kinds of " drawing squares " methods are all cumbersome, can not meet calligraphy fan and begin to learn calligraphy the demand of person.
Utility model content
By Given this, necessary to provide a kind of can be calligraphy lattice chi that calligraphic paper is drawn squares fairly simplely.
The utility model provides a kind of calligraphy lattice chi, and it comprises chi frame and fine rule, and described fine rule two ends are connected with described chi frame respectively, and described fine rule one end is established along the housing edge dish of described chi frame and makes described fine rule be in the grid-like framework being laid in described chi frame.
Based on above-mentioned calligraphy lattice chi, described chi frame is square ruler frame, and the housing edge of described square ruler frame is equally provided with fine rule bayonet socket, and described fine rule one end is established along described fine rule bayonet socket dish.
Based on above-mentioned calligraphy lattice chi, the housing edge of described square ruler frame is provided with the scale of corresponding described fine rule bayonet socket.
Based on above-mentioned calligraphy lattice chi, the inside casing of described square ruler frame is square, and inside casing edge is provided with scale.
Based on above-mentioned calligraphy lattice chi, described fine rule is that the grid-like bottom surface being close to described chi frame is laid.
Based on above-mentioned calligraphy lattice chi, described square ruler frame is made up of four edges frame, and adjacent described frame is lived by snap and connected.
Based on above-mentioned calligraphy lattice chi, the framed structure that described square ruler frame is formed in one.
Based on above-mentioned calligraphy lattice chi, it also comprises cable pulling-pushing device, and described cable pulling-pushing device comprises bottom and is arranged on silk axle on described chi frame, is sleeved on the retractable cable rotating cylinder in the middle part of described silk axle and is arranged on the rotating cylinder degree of tightness nut of described silk axle outer end; Described fine rule one end winding is on described retractable cable rotating cylinder.
Based on above-mentioned calligraphy lattice chi, it also comprises three pieces of clamps, described clamp is provided with at least two card columns, described cable pulling-pushing device is provided with at least two card columns; Described chi frame is made up of four edges frame, and described frame two ends are respectively arranged with card column hole clipping, and four adjacent described frames link together with coordinating of described card column hole clipping respectively by described card column with described cable pulling-pushing device by three pieces of described clamps.
Based on above-mentioned calligraphy lattice chi, the described fine rule other end is connected with card bead and is stuck on described fine rule bayonet socket by described card bead.
The utility model hinge structure has the following advantages: the fine rule in described calligraphy lattice chi is established along the outer edge dish of described chi frame and makes described fine rule be in the grid-like framework being laid in described chi frame, described calligraphy lattice chi is placed on calligraphic paper, write in the grid that just can be formed at described fine rule, and the vestige of " drawing squares " can not be left on described calligraphic paper; Described calligraphy lattice chi can set out multiple different straight line graticule mesh by cloth, and can, in calligraphic paper arbitrarily movement up and down, use more convenient; In addition, described calligraphy lattice chi also has the function of making work of fine arts convergent-divergent pattern and the drawing function of try square.
Accompanying drawing explanation
Fig. 1 is the vertical view of the calligraphy lattice chi that the utility model first embodiment provides.
Fig. 2 is the perspective view of the cable pulling-pushing device shown in Fig. 1.
Fig. 3 is the vertical view of the calligraphy lattice chi that the utility model second embodiment provides.
Fig. 4 is the vertical view of the calligraphy lattice chi that the utility model the 3rd embodiment provides.
Wherein, the element numbers in above-mentioned each figure: 1, square ruler frame; 2, cable pulling-pushing device; 3, fine rule bayonet socket; 4, frame; 5, snap device; 6, fine rule; 7, silk axle; 8, retractable cable rotating cylinder; 9, rotating cylinder degree of tightness nut; 10, card bead; 11, horizontal grid wire side; 12, clamp; 13, manual take-up handle.
Embodiment
Below by embodiment, the technical solution of the utility model is described in further detail.
The utility model provides a kind of calligraphy lattice chi, comprises chi frame and fine rule, and described fine rule two ends are connected with described chi frame respectively, and described fine rule one end is established along the housing edge dish of described chi frame and makes described fine rule be in the grid-like framework being laid in described chi frame.Preferably, described fine rule is that the grid-like bottom surface being close to described chi frame is laid.
Described chi frame can be any shape, and preferably described chi frame is square ruler frame, and the angle of adjacent described outer edge is 90 degree.The housing edge of described square ruler frame is equally provided with fine rule bayonet socket, and described fine rule one end is established along described fine rule bayonet socket dish.Described fine rule bayonet socket can be distributed in whole described housing edge, also can be distributed in the center section that described housing edge is corresponding to the inside casing edge of described chi frame.Spacing between adjacent described fine rule bayonet socket is generally 5 millimeters, 1 centimetre etc.Preferably, the upper and lower and edge, four, left and right at the housing edge of described square ruler frame is respectively provided with the scale of corresponding described fine rule bayonet socket.The inside casing edge of described square ruler frame is also provided with scale, and the shape of described inside casing is square, and the inside casing of described square ruler frame can be made to have the function of try square or T-square.The size of described square ruler frame is not limit, and determines according to needing.The graduated part of the length of side as, described outer edge can be 30 centimetres, 40 centimetres, 50 centimetres, 60 centimetres etc.The material of described chi frame can be plastics, organic glass or metal etc.Described chi frame can be transparent, also can be opaque.Wherein, so-called " square " refers to rectangle or square herein.
Described square ruler frame can be integrated, non-removable corner framework.Described square ruler frame can be made up of four edges frame, and adjacent described frame interconnects.Adjacent described frame is also directly fixed together, and forms non-removable corner framed structure.Adjacent described frame is also lived by snap and is connected, as shown in following three kinds:
The first, described calligraphy lattice chi also comprises four pieces of clamps, described clamp is provided with at least two card columns, described frame is provided with card column hole clipping, four adjacent described frames link together with coordinating of described card column hole clipping respectively by described card column by four pieces of described clamps.Wherein, the quantity of described card column can be two, three, four or five etc.The shape of described clamp can be square.The quantity of described card column and the shape of described clamp are not limit, as long as described clamp can connect adjacent described frame.
The second, two ends of described frame and with the face of adjacent described bezel contact on be respectively arranged with card column and card column hole clipping, adjacent described frame links together with coordinating of described card column hole clipping respectively by described card column by four described frames.Particularly, an end of described frame and with the face of adjacent described bezel contact on be provided with described card column, another end is provided with described card column hole clipping; Two ends of described frame also all can be provided with described card column and described card column hole clipping.Article two, the described card column on adjacent described frame and described card column hole clipping with the use of.
The third, four described frames also can be linked together by glue.
Be appreciated that no matter four described frames adopt which kind of mode to link together, as long as ensure that four described frames form described square ruler frame, and the bottom surface of described square ruler frame is in same level.
Described frame can also include two sides adjacent with described housing edge.When two described sides are linear, the angle of two described sides and described outer edge is generally two 45 degree or 90 degree.Described side also can be arc.Be appreciated that the angle angle of described side and described outer edge is not limit, as long as the angle of inside and outside edge adjacent in described square ruler frame is respectively 90 degree.
Described calligraphy lattice chi also comprises cable pulling-pushing device, is mainly used in accommodating described fine rule, can also be used to pull-out, tightens up described fine rule.Described cable pulling-pushing device can realize take-up and unwrapping wire function manually or automatically.Described cable pulling-pushing device is arranged on described chi frame.Described cable pulling-pushing device comprises bottom and is arranged on silk axle on described chi frame, is sleeved on the retractable cable rotating cylinder in the middle part of described silk axle and is arranged on the rotating cylinder degree of tightness nut of described silk axle outer end; Described fine rule one end winding is on described retractable cable rotating cylinder.When described rotating cylinder degree of tightness nut is tightened, described retractable cable rotating cylinder is fixed, cannot freely rotates, and described fine rule also cannot be extracted out from described retractable cable rotating cylinder.When described rotating cylinder degree of tightness nut loosens, described retractable cable rotating cylinder can free rotating cylinder, and described fine rule also can freely be extracted out from described retractable cable rotating cylinder.That is, described cable pulling-pushing device mainly one can pull out and can tighten up described fine rule store line mechanism, the concrete structure of described cable pulling-pushing device is not limit, as long as it can pull out, tighten up described fine rule.
When described chi frame is made up of four edges frame, when the two ends of described frame are provided with card column hole clipping, described calligraphy chi frame can also comprise three pieces of clamps, this clamp is provided with at least two card columns, e.g., and two, three or four described card columns etc.; Described cable pulling-pushing device is provided with at least two card columns, e.g., two, three or four described card columns.Four adjacent described frames link together with coordinating of described card column hole clipping respectively by described card column with described cable pulling-pushing device by three pieces of described clamps.
Described calligraphy lattice chi also can include the detent mechanism being arranged on described chi frame.Described detent mechanism is mainly used for by the end winding support of described fine rule on described chi frame.Described detent mechanism can be arranged on the starting end of described fine rule, for the starting end of fixing described fine rule.Described detent mechanism also can be arranged on described fine rule head, for by described fine rule at described fine rule buckle; Preferably, described detent mechanism is arranged on first fine rule buckle at described housing edge.Described detent mechanism can be used to be the reference column of described fine rule, also can be used to the dop of card line.Preferably, the described fine rule other end is connected with described card bead and is stuck on described fine rule bayonet socket by described card bead.
The method for making of described calligraphy lattice chi comprises the following steps:
Step one, provide described chi frame and described fine rule, wherein, described fine rule can be housed in the described cable pulling-pushing device be arranged on described chi frame;
Step 2, described fine rule is pulled out in right amount successively from described cable pulling-pushing device, according to the line-spacing write needed for works, character-spacing dimensional requirement, according to a definite sequence, as from top to bottom, from left to right, each bar vertical moulding is climbed out one by one by scale, climb out ledgement one by one from right to left again, the horizontal stroke of climbing out, vertical moulding is close to the bottom surface of described chi frame and forms horizontal grid wire side, wherein, the bottom surface of described chi frame refers to that described chi frame contacts the one side of calligraphic paper when keeping flat, the bottom surface of described chi frame is the face relative with the surface that described chi frame is provided with described cable pulling-pushing device,
Step 3, be recovered in described cable pulling-pushing device by unspent fine rule, after line tightens up, described fine rule can not be extracted out from described cable pulling-pushing device again, thus formed stable, with the calligraphy lattice chi of described horizontal grid wire side.
The using method of described calligraphy form comprises: by the bottom surface of described calligraphy lattice chi down, lie on calligraphic paper, described horizontal grid wire side is contacted with described calligraphic paper, adjust the described horizontal position of grid wire side on described calligraphic paper, angle, write in the wire frame then formed in described horizontal grid wire side.Because the calligraphy lattice chi with described horizontal grid wire side is a stable structure, so when using described calligraphy lattice chi to write, described calligraphy lattice chi can move up and down according to needs.Usually, move down after writing the first row, then on move and write in the second row lattice, very easy to use.
Therefore, fine rule in the described calligraphy lattice chi that the utility model provides is established along the outer edge dish of described chi frame, the rectilinear format of any pattern more promptly can be designed on described chi frame, described fine rule is made to be in the grid-like framework being laid in described chi frame, described calligraphy lattice chi is placed on calligraphic paper, write in the grid that just can be formed at described fine rule, and the vestige of " drawing squares " can not be left on described calligraphic paper.The inside casing edge of the square ruler frame in described calligraphy lattice chi is with the scale of usual ruler, and described interior edge is linear, the angle that adjacent described interior edge is formed is right angle, described calligraphy lattice chi is not having under the state connected up, can precisely draw perpendicular line and horizontal line, have than general try square, T-square and set square function more easily.In addition, described calligraphy lattice chi also has the function making work of fine arts convergent-divergent pattern.Adopt format sizes ratio identical, but two calligraphy lattice chis that size is different, can be used for reducing or amplifying pattern, need not draw squares on pattern original work and works.
The utility model is further illustrated below in conjunction with accompanying drawing and specific embodiment.
First embodiment
Refer to Fig. 1 and Fig. 2, the utility model first embodiment provides a kind of calligraphy lattice chi, the cable pulling-pushing device 2 that this calligraphy lattice chi comprises square ruler frame 1 and is arranged on described square ruler frame 1 upper left corner.Described fine rule 6 turn left according to from top to bottom, from the right side according to scale on the housing edge of described square ruler frame 1 fine rule bayonet socket 3 dish establish, horizontal grid wire side 11 is formed in described square ruler frame 1, the bottom surface that described horizontal grid wire side 11 is close to described square ruler frame 1 is arranged, and wherein said fine rule bayonet socket 3 is the distribution in dentation on described housing edge.The bottom surface of described calligraphy lattice chi is lain on calligraphic paper, just can write in the grid of described horizontal grid wire side 11 being close to calligraphic paper.
Fine rule bayonet socket 3 on the housing edge of described square ruler frame 1 is arranged on the center section at described housing edge equally spacedly, and the spacing between adjacent fine rule bayonet socket 3 is 1 centimetre.The surrounding at described housing edge is also provided with scale.The surrounding of the interior edge of described square ruler frame 1 is the graduated linear of band, and the scale on this inside casing edge has identical standard with the scale on described housing edge, and the shape of described inside casing is square.Described square ruler frame 1 is formed by transparent plastic.
Described square ruler frame 1 is docked successively by four edges frame 4 and combines, and is fixed by snap device 5.Described snap device 5 comprises a card column and a card column hole clipping at the two ends being separately positioned on described frame 4, described card column on described frame 4 and described card column hole clipping coordinate with the described card column hole clipping on adjacent described frame 4 and described card column respectively, are linked together by four described frames 4; That is, adjacent described frame 4 is linked together by the cooperation of described card column and described card column hole clipping by four described frames 4.The angle formed between the outer edge of described square ruler frame 1 and between interior edge is right angle, respectively with scale on four described frames 4.The inside casing edge that described frame 4 comprises described housing edge, two sides adjacent with described outer edge and is oppositely arranged with described outer edge, wherein said two sides and described inside casing edge are linear, and the angle mutually formed is 90 degree, the angle of two sides that the outer edge of described frame 4 is adjacent is 90 degree.
Be arranged on the silk axle 7 on described chi frame 1 bottom described cable pulling-pushing device 2 comprises, be sleeved on the retractable cable rotating cylinder 8 in the middle part of described silk axle 1, the rotating cylinder degree of tightness nut 9 being arranged on described silk axle 7 outer end and the manual take-up handle 13 be arranged on described retractable cable rotating cylinder 8; One end winding of described fine rule 6 is on described retractable cable rotating cylinder 8.Wherein, described silk axle 7 is formed with the screw thread supporting with described rotating cylinder degree of tightness nut 9.Described calligraphy lattice chi also includes card bead 10, and described card bead 10 is arranged on the described frame 4 of described cable pulling-pushing device 2, for the end of the described horizontal grid wire side 11 that fine rule described in card column 5 is formed.Described manual take-up handle 13 is mainly used for described fine rule 6 to be entangled on described retractable cable rotating cylinder 8.
Second embodiment
Refer to Fig. 3, the calligraphy lattice chi that the utility model second embodiment provides is substantially identical with the structure of the calligraphy lattice chi that the first embodiment provides, and difference is: form and often the angle of its two adjacent sides of the outer edge in frame 4 is respectively 45 degree in the four edges frame of described square ruler frame 1; In addition, described clamp 12 is provided with four card columns, the two ends of described frame 4 are respectively arranged with two card column hole clippings, the bottom of described cable pulling-pushing device 2 is provided with four card columns, is coordinated with the card column on described clamp 12 and described cable pulling-pushing device 2 by the card column hole clipping on adjacent described frame 4 and four described frames 4 are linked together.
3rd embodiment
Refer to Fig. 4, the calligraphy lattice chi that the present embodiment the 3rd embodiment provides is substantially identical with the structure of the calligraphy lattice chi that the first embodiment provides, difference is that described square ruler frame 1 is non-removable, integrated framed structure, and described take-up mechanism 2 sticks with glue on described square ruler frame 1.
Finally should be noted that: above embodiment is only in order to illustrate that the technical solution of the utility model is not intended to limit; Although be described in detail the utility model with reference to preferred embodiment, those of ordinary skill in the field have been to be understood that: still can modify to embodiment of the present utility model or carry out equivalent replacement to portion of techniques feature; And not departing from the spirit of technical solutions of the utility model, it all should be encompassed in the middle of the technical scheme scope of the utility model request protection.
Claims (10)
1. a calligraphy lattice chi, is characterized in that: it comprises chi frame and fine rule, and described fine rule two ends are connected with described chi frame respectively, and described fine rule one end is established along the housing edge dish of described chi frame and makes described fine rule be in the grid-like framework being laid in described chi frame.
2. calligraphy lattice chi according to claim 1, it is characterized in that: described chi frame is square ruler frame, the housing edge of described square ruler frame is equally provided with fine rule bayonet socket, and described fine rule one end is established along described fine rule bayonet socket dish.
3. calligraphy lattice chi according to claim 2, is characterized in that: the housing edge of described square ruler frame is provided with the scale of corresponding described fine rule bayonet socket.
4. calligraphy lattice chi according to claim 3, is characterized in that: the inside casing of described square ruler frame is square, and inside casing edge is provided with scale.
5. the calligraphy lattice chi according to claim 1 or 2 or 3 or 4, is characterized in that: described fine rule is that the grid-like bottom surface being close to described chi frame is laid.
6. the calligraphy lattice chi according to Claims 2 or 3 or 4, is characterized in that: described square ruler frame is made up of four edges frame, and adjacent described frame is lived by snap and connected.
7. the calligraphy lattice chi according to Claims 2 or 3 or 4, is characterized in that: the corner framework that described square ruler frame is formed in one.
8. the calligraphy lattice chi according to claim 1 or 2 or 3 or 4, it is characterized in that: it also comprises cable pulling-pushing device, described cable pulling-pushing device comprises bottom and is arranged on silk axle on described chi frame, is sleeved on the retractable cable rotating cylinder in the middle part of described silk axle and is arranged on the rotating cylinder degree of tightness nut of described silk axle outer end; Described fine rule one end winding is on described retractable cable rotating cylinder.
9. calligraphy lattice chi according to claim 8, is characterized in that: it also comprises three pieces of clamps, described clamp is provided with at least two card columns, described cable pulling-pushing device is provided with at least two card columns; Described chi frame is made up of four edges frame, and described frame two ends are respectively arranged with card column hole clipping, and four adjacent described frames link together with coordinating of described card column hole clipping respectively by described card column with described cable pulling-pushing device by three pieces of described clamps.
10. the calligraphy lattice chi according to Claims 2 or 3 or 4, is characterized in that: the described fine rule other end is connected with card bead and is stuck on described fine rule bayonet socket by described card bead.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420472242.6U CN204129983U (en) | 2014-08-21 | 2014-08-21 | Calligraphy lattice chi |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420472242.6U CN204129983U (en) | 2014-08-21 | 2014-08-21 | Calligraphy lattice chi |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204129983U true CN204129983U (en) | 2015-01-28 |
Family
ID=52386316
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420472242.6U Expired - Fee Related CN204129983U (en) | 2014-08-21 | 2014-08-21 | Calligraphy lattice chi |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204129983U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105938668A (en) * | 2016-07-05 | 2016-09-14 | 朱灿华 | Calligraphy theodolite |
| CN108248258A (en) * | 2018-03-01 | 2018-07-06 | 韩小保 | A kind of grid is adjustable to write ruler and Writing method |
| CN109572285A (en) * | 2018-12-04 | 2019-04-05 | 张夫 | A kind of paper drawer |
-
2014
- 2014-08-21 CN CN201420472242.6U patent/CN204129983U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105938668A (en) * | 2016-07-05 | 2016-09-14 | 朱灿华 | Calligraphy theodolite |
| CN108248258A (en) * | 2018-03-01 | 2018-07-06 | 韩小保 | A kind of grid is adjustable to write ruler and Writing method |
| CN109572285A (en) * | 2018-12-04 | 2019-04-05 | 张夫 | A kind of paper drawer |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150128 Termination date: 20190821 |