CN209231891U - Stationery is used in mapping - Google Patents

Abstract

The utility model relates to a kind of mapping stationery, can stably and accurately map on easy sliding, the smooth and description face of hard.Configured on description face when by mapping stationery, when pressing anti-slip component (1) of inside portion, it is more prominent that anti-slip component (1) compares the face of peripheral part being made of spacer (2,2X), and with description face contact.Anti-slip component (1) has adsorptivity and elasticity, it rubs with being generated between description face, and even if releasing pressing anti-slip component (1) will not separate from description face immediately, therefore mapping can be fixed on description face with stationery and be used in description.If releasing the pressing to anti-slip component (1), anti-slip component (1) gradually recovers to original state, and the contact with operating surface is released from, thus it enables that the mapping is moved freely on description face with stationery.

Description

Stationery is used in mapping

Technical field

The utility model relates to mapping stationery as such as ruler, compasses, protractor, more particularly to being suitble to having The operation of the electronic equipments such as the plate of position-detection sensor or the tablet PC (Personal Compute) for having touch panel The mapping stationery used on face.

Background technique

Various technical solutions relevant to the ruler with Non-slip material have been made in the past.For example, aftermentioned Patent Documents 1 to 4 Disclose technical solution relevant to ruler: the rubber or soft resin for using great friction coefficient are as Non-slip material, by from top It consumingly compresses and it is made to generate frictional force, carry out anti-sliding stop.Moreover, aftermentioned patent document 5 discloses skill relevant to ruler Art scheme: so that ruler surface is had multiple concave-convex and is made the engaging-in contact surface in ruler surface, thus carry out anti-sliding stop.In patent document 1 In the case where the ruler of~5 technical solutions recorded, the sliding property of ruler is generally assured that, only ruler or antislip body is pressed from above In the case where play anti-skidding effect.

In addition, the compasses about the mapping with Non-slip material have also made various technical solutions.For example, in aftermentioned benefit Technical solution relevant to the compasses of mapping is disclosed in document 6~8: by the front end of the outer side bottom surface of disk, leg Non-slip material is set, so as to steadily describe circle.

[existing technical literature]

[patent document]

[patent document 1] Japanese Patent Application 2015-150714 bulletin

[patent document 2] Japanese Patent Application 2003-246191 bulletin

[patent document 3] Japanese Unexamined Patent Publication 2001-205983 bulletin

[patent document 4] Japanese Unexamined Patent Publication 2002-283794 bulletin

[patent document 5] Japanese Unexamined Patent Publication 2002-98501 bulletin

[patent document 6] Japanese Unexamined Patent Publication 10-193878 bulletin

[patent document 7] Japanese Unexamined Patent Publication 2004-243608 bulletin

[patent document 8] Japanese Patent Publication 5-82592 bulletin

Utility model content

[the utility model project to be solved]

In recent years, as the input device to personal computer, the plate for having position-detection sensor is widely used. Moreover, the tablet PC (Personal Compute) for having touch panel is also widely available, for example, medium in primary school, middle school, height Give lessons in be also constantly used effectively.It, can be by operating surface in the electronic equipments such as such plate or tablet PC It contacts electronic pen and moves to carry out description input.Therefore, in the utilization of these electronic equipments, also having makes on operating surface Describe input line with ruler or compasses, or measures the angle at angle present in the figure shown on touch panel using protractor The requirement of degree.

However, plate or the operating surface of tablet PC are applied in order to carry out antifouling and input based on electronic pen well Add antifouling lubricant coating, becomes and be easy sliding, smooth and hard structure.Operating surface of tablet PC etc. is mostly to be applied with coating The case where smooth glass.Ruler disclosed in above-mentioned existing technical literature 1~5 is not imagine be easy sliding, smooth and hard Electronic equipment operating surface on use and contemplate the structure used on pieces such as paper.Therefore, the prior art is being used Ruler disclosed in document 1~5 and on the operating surface of electronic equipment draw lines in the case where, it is believed that in cannot get right in the middle for setting-out Sufficient antiskid effect, a possibility that sliding, is high, is difficult with sometimes.

It is incited somebody to action in addition, the ruler of technical solution disclosed in above-mentioned patent document 1,2,4 has using the rebound of rigid plastics etc. Anti-slip material is withdrawn into the ruler of the structure of fixed position.Therefore, even if slightly loose power, anti-skidding effect also can sharply decline, On the operating surface of electronic equipment in the case where use, become the structure for being easy to happen sideslip.Therefore, in order to prevent the sliding of ruler and It needs always with strength Continued depression ruler, in the case where the weaker children of strength, old man's use, it is believed that existing cannot get The case where sufficient antiskid effect.

In addition, in the case where ruler described in Patent Document 3, it is necessary to which antislip body is being sticked in the connecting hole in ruler setting On the basis of compressed.In this way, cost makes antislip body be sticked in labor as connecting hole in the case where playing antiskid function Power and time, it can thus be assumed that in the presence of can not easily utilize antiskid function the case where.Moreover, in ruler described in Patent Document 5 In the case where, setting constitutes the shot-like particle of Non-slip material on the face of the ruler opposite with operating surface, it is thus possible to operating surface can be injured, Moreover, if the case where the case where decrease presses the power of nose bar, and antiskid function is released from immediately is with patent document 1,2,4 are identical.

In addition, patent document 6~8 record mapping compasses in the case where, be arranged to Non-slip material always with behaviour Make that face is opposite to show out.Therefore, when in use Non-slip material can always with operation face contact, it is believed that be difficult to make compasses slide and Increase the case where moving on operating surface to carry out fine position pairing.Therefore, it is intended that realizing a kind of even small power Also anti-skidding effect can be played, anti-skidding function will not be lost immediately releasing power, moreover, not risen in anti-skidding function The mapping stationery that can be simply moved in the case where effect.Especially it is desirable to realize a kind of appearance being suitable in electronic equipment The mapping stationery for easily sliding, being used on the smooth and operating surface of hard.

In view of the foregoing, even if the utility model aim, which is to realize, a kind of is being easy sliding, smooth and hard Also the mapping stationery of mapping can be stably and accurately carried out on description face.

[solution for solving the problem]

In order to solve the above problems, a kind of mapping stationery, including peripheral part and inside portion are provided, made on description face With the peripheral part is made of the tabular hard material of defined thickness, and the inside line by the peripheral part in being surrounded Side is equipped with the anti-slip component being made of the soft material thinner than the defined thickness, which is characterized in that

The anti-slip component has adsorptivity, to direction corresponding with pressing force bias, and has in the pressing force quilt The elasticity of original state is recovered to after removing, the face for the flat side configured in the peripheral part and the face of another party Between,

In the case where the mapping is configured on the description face with stationery, by described and the pressing of the inside portion Anti-slip component is more prominent compared to the face of the party or the face of described another party, rubs to constitute with generating on the description face The anti-slipping mechanism of wiping.

According to the mapping stationery, including peripheral part and inside portion, the peripheral part by defined thickness tabular hard Material is constituted, which is equipped with and is made of the soft material thinner than peripheral part in the inside surrounded by the peripheral part Anti-slip component.The anti-slip component has adsorptivity, to direction corresponding with pressing force bias, and if having removing pressing force It is then recovered to the elasticity of original state, is configured between the face of a flat side and the face of another party of peripheral part.Therefore, In the case where when in use by anti-slip component configuration on description face, face and opposite with the description face is described by peripheral part The face of anti-slip component is isolated.

Also, in the case where the mapping is configured on description face with stationery, the pressing by inside side is anti-skidding Component is more prominent compared to the face in the face of a side of peripheral part or another party, thus anti-slip component and description face contact.This is anti-skidding Component has adsorptivity, therefore bigger friction can be simply generated between description face, and even if releases pressing And anti-slip component will not be separated from description face immediately.Therefore, which can be fixed on description face with stationery, steadily made For describing.If releasing the pressing of inside side, anti-slip component, which not only has adsorptivity also, has elasticity so gradually multiple Original by releasing the contact with operating surface, and can be such that the mapping is moved freely on description face with stationery at original state.

Detailed description of the invention

Fig. 1 is the figure for the basic structure for the anti-slipping mechanism for illustrating the mapping stationery of embodiment.

Fig. 2 is the figure for the basic structure for the anti-slipping mechanism for illustrating the mapping stationery of embodiment.

Fig. 3 is another figure of the anti-slipping mechanism for illustrating the mapping stationery of embodiment.

Fig. 4 is another figure of the anti-slipping mechanism for illustrating the mapping stationery of embodiment.

Fig. 5 is the figure for illustrating the set square of the mapping stationery as the anti-slipping mechanism for applying embodiment.

Fig. 6 is the figure of the variation of the set square for illustrating to illustrate using Fig. 5.

Fig. 7 is the figure for illustrating the ruler of the mapping stationery as the anti-slipping mechanism for applying embodiment.

Fig. 8 is the figure of the variation of the ruler for illustrating to illustrate using Fig. 7.

Fig. 9 is the figure for illustrating the compasses of the mapping stationery as the anti-slipping mechanism for applying embodiment.

Specific embodiment

Hereinafter, illustrating the embodiment of the mapping stationery of the utility model referring to attached drawing.Hereinafter, firstly, illustrating this reality With the basic structure for the i.e. anti-slipping mechanism in characteristic part that novel mapping has with stationery.Then, anti-as having this The mapping of the sliding mechanism concrete example of stationery, illustrates this 3, set square, ruler, compasses.

[basic structure of the anti-slipping mechanism of mapping stationery]

Fig. 1, Fig. 2 are the figures for the basic structure for the anti-slipping mechanism for illustrating the mapping stationery of embodiment, are that this is anti- The cross-sectional view of sliding mechanism.As shown in Fig. 1 (A), which is made of anti-slip component 1 and spacer member 2, preferably for example flat It is used on the operating surface Sf of the electronic equipments such as plate or tablet PC.Hereinafter, by the operating surface Sf of the electronic equipments such as plate or tablet PC It is denoted as the operating surface Sf of electronics device equipment, or is abbreviated as operating surface Sf.Also, the operating surface Sf of electronic equipment is to pass through electronic pen It is to be mapped the description face of (description) using mapping with stationery etc. the various parts for describing input that draw lines etc..

Anti-slip component 1 is that, to direction corresponding with pressing force bias, have with adsorptivity and be removed it in the pressing force The flat structure of the property of original state is reverted to afterwards.Specifically, anti-slip component 1 is by polyurethane resin, flexible PVC Have adsorptivity, soft property, the reversible material of (polyvinyl chloride), miniature sucker sheet etc. are formed.It needs Bright, the forming material of anti-slip component 1 is not limited to material listed herein, can by have adsorptivity, soft property, can The a variety of materials of inverse property are formed.

Also, anti-slip component 1 is opposite with operating surface Sf in the case where having on the operating surface Sf for being configured at electronic equipment Face 1a and by user apply pressing force face 1b.Moreover, at least face 1a of anti-slip component 1 is in order to improve and operating surface Sf Adsorptivity and formed and do not have indent and convex smooth face as in visual lower surface.Certainly, the face 1b of another party can also be formed As not having indent and convex smooth face.

It should be noted that the operating surface Sf of electronic equipment is to be able to carry out description and making electronic pen contact and move The part of input is e.g. applied coating and is easy sliding, smooth and hard face.Therefore, operating surface Sf becomes quilt in the past The part of sliding is very easy in the case where as uses such as general rulers.

The outer rim of spacer member 2 such as shown in Fig. 1 (A) along the face 1a of anti-slip component 1 connects setting with face 1a, makes operating surface The face 1a of Sf and the anti-slip component 1 opposite with operating surface Sf isolation.Spacer member 2 is by such as ABS resin, polycarbonate, PET The hard materials such as (polyethylene terephthalate) resin, hard PVC are formed, even if in the feelings for being applied with pressing force It will not be easily deformed under condition.That is, becoming the peripheral part that spacer 2 constitutes anti-slipping mechanism, have in the inside of the peripheral part 2 The structure of inside portion equipped with anti-slip component 1.

It should be noted that ABS resin is acrylonitrile (Acrylonitrile), butadiene (Butadiene), styrene (Styrene) general name of copolymerization resin.Moreover, the forming material of spacer member 2 is not limited to material listed herein Material, can be formed by the various flat hard materials that will not significantly deform in the case where being applied with pressing force.

It will include the anti-slipping mechanism configuration of anti-slip component 1 and spacer member 2 in electronic equipment also, as shown in Fig. 1 (A) Operating surface Sf on when, between the face 1a and operating surface Sf of anti-slip component 1 equipped with spacer member 2 amount of thickness gap gp. In this state, operating surface Sf will not be contacted with anti-slip component 1, therefore will not play anti-skidding function.

However, as shown in Fig. 1 (B), in the anti-slipping mechanism being configured on operating surface Sf, as the finger fg of user and anti- The face 1b contact of sliding component 1 and when applying a little power to the side operating surface Sf and being pressed, anti-slip component 1 is soft due to having Property, therefore leaned on to operating surface Sf lateral deviation.In this case, in this embodiment, gap gp substantially disappears, the face 1a of anti-slip component 1 with Operating surface Sf is close to.Big frictional force is generated between the face 1a of anti-slip component 1 and operating surface Sf as a result, by 1 He of anti-slip component The anti-slipping mechanism that spacer member 2 is constituted is fixed on operating surface Sf, will not slide movement.

Also, the state for being set as the face 1b for utilizing finger fg to press anti-slip component 1 shown in such as Fig. 1 (B), such as Fig. 2 (A) pressing of finger fg is released shown in.In Fig. 2 (A) as shown in small arrow, anti-slip component 1 is with the state from bias Revert to the structure of the recuperability (invertibity) of original state.However, anti-slip component 1 has adsorptivity as described above, therefore The face 1a of anti-slip component 1 will not be separated from operating surface Sf immediately, will be close to shape between the face 1a and operating surface Sf of anti-slip component 1 State is kept for a degree of time, such as several seconds or so.

As shown in Fig. 2 (A), after eliminating the pressing of finger fg of user, if do not applied to the anti-slipping mechanism Any power, then spend several seconds or so time and the face 1a of anti-slip component 1 is gradually removed from operating surface Sf, as shown in Fig. 2 (B) Revert to original state.Therefore, although stopping not releasing the pressing antiskid function of anti-slip component 1 immediately, therefore Even if anti-slipping mechanism will not skid off immediately in the case where mistakenly releasing the pressing of finger fg.Therefore, if make immediately by Pressure recovery is then able to maintain that antiskid function.

[another example of the anti-slipping mechanism of mapping stationery]

Fig. 3, Fig. 4 are another figures of the anti-slipping mechanism for illustrating the mapping stationery of embodiment, are anti-skidding machines Another cross-sectional view of structure.Outer rim of another example of anti-slipping mechanism shown in Fig. 3 (A) in the face 1a along anti-slip component 1 is set It sets identical as the anti-slipping mechanism illustrated using Fig. 1, Fig. 2 on the point of spacer member 2.Also, the anti-slipping mechanism shown in Fig. 3 (A) Another example in the case where, also along anti-slip component 1 face 1b outer rim be equipped with spacer member 2X.Thereby, it is possible to constitute to make With the anti-slipping mechanism on two sides.That is, constituting the peripheral part of anti-slipping mechanism as spacer 2,2X and in the inside of the peripheral part 2,2X The structure for having the inside portion equipped with anti-slip component 1.

The anti-slipping mechanism that two sides shown in Fig. 3 (A) uses is suitble to be suitable for use with two sides such as set square Ruler etc..It should be noted that spacer member 2X is formed by hard material same as above-mentioned spacer member 2.Moreover, In the case where anti-slipping mechanism shown in Fig. 3 (A), other than the 1a of face, face 1b also become do not have under visually it is indent and convex smooth Face.This is to improve and the degree of abutting of operating surface Sf.

Another example of anti-slipping mechanism shown in Fig. 3 (B) be by anti-slip component 1X center portion be arranged gap 3 and incite somebody to action Anti-slip component 1X is divided into the example of this 2 parts slip prevention part 1XA and slip prevention part 1XB.It should be noted that in anti-slip part The face side XAa of point 1XA and the face side XBa of slip prevention part 1XB, with Fig. 3 (A) shown in anti-slipping mechanism the case where in the same manner as along outer Spacer member 2 is arranged in edge.Moreover, in the face side XAb of slip prevention part 1XA and the face side XBb of slip prevention part 1XB, with Fig. 3 (A) institute Similarly spacer member 2X is arranged along outer rim in the case where anti-slipping mechanism shown.

In the case where another example of the anti-slipping mechanism shown in the Fig. 3 (B), anti-slip component 1X is divided by gap 3 Slip prevention part 1XA and slip prevention part 1XB this 2, thus, it is possible to adjust close property of the anti-slip component 1X to operating surface Sf.That is, In the case where being absolutely not desired to deviation, to slip prevention part 1XA and slip prevention part 1XB, this two side is pressed.As long as in contrast, In the case where too much, only presses slip prevention part 1XA or only press slip prevention part 1XB.In such manner, it is possible to adjust anti- The abutting area to operating surface Sf of sliding component 1X, the degree (abutting degree) that close property can be adjusted, be close to.

It should be noted that anti-slip component 1X is divided into slip prevention part 1XA, 1XB this 2 in the case where Fig. 3 (B) Part, but the segmentation number of anti-slip component can be set to number appropriate.Moreover, in the anti-slipping mechanism illustrated using Fig. 1, Fig. 2 In the case where, anti-slip component 1 can also be divided into multiple portions.The anti-slipping mechanism illustrated using FIG. 1 to FIG. 3 the case where Under, spacer member 2,2X are fixed in anti-slip component 1 or anti-slip component 1X.Fixed method, which can be used, for example utilizes binder Etc. various methods.

In addition, another example of anti-slipping mechanism shown in Fig. 4 (A) is with the anti-skidding of the protrusion for being equivalent to spacer member 2,2X Component 1Y constitutes by having adsorptivity, soft property, reversible material, thus constitutes the example of anti-slipping mechanism.That is, as schemed Shown in 4 (A), the anti-slip component 1Y of this is protrusion 1Yc to be arranged and in face 1Yb also along its outer rim along the outer rim of face 1Ya The structure that structure equipped with protrusion 1Yd is formed by having adsorptivity, soft property, reversible single material.Therefore, protrusion 1Yc, 1Yd are to realize the part for being equivalent to spacer member 2, the function of 2X.In other words, become protrusion 1Yc, 1Yd and constitute anti-skidding machine The peripheral part of structure is simultaneously equipped with the structure of the inside portion of face 1Ya, 1Yb of anti-slip component 1Y in the inside of the peripheral part 1Yc, 1Yd.

But anti-slip component 1Y has adsorptivity, so if if being provided only with protrusion 1Yc, 1Yd, protrusion 1Yc, 1Yd with It is close in the case where the operating surface Sf relative configuration of electronic equipment with operating surface Sf, nothing in the case where wanting to deviate Method deviates.Therefore, bumps are formed such as embossing processing by implementing on the face of protrusion 1Yc, 1Yd exposed outward. Protrusion 1Yc or protrusion 1Yd is prevented to be close to the operating surface Sf of electronic equipment relative configuration with operating surface Sf as a result, The case where.It should be noted that in Fig. 4, has a case that concave-convex and big quarter is set to be explicitly illustrated protrusion 1Yc, 1Yd Trace indicates, but actually becomes equipped with fine concave-convex tabular.

As a result, in the state that the face 1Ya of anti-slip component 1Y, face 1Yb are close to operating surface, the anti-slipping mechanism is in operating surface On can not deviate.However, protrusion 1Yc, 1Yd are not in the state that the face 1Ya of anti-slip component 1Y, face 1Yb are not close to operating surface It can be close to the operating surface of electronic equipment, therefore can simply deviate.In such manner, it is possible to by anti-slipping mechanism by having absorption Property, soft property, reversible single material constitute.

However, the material of the anti-slip component 1Y as shown in Fig. 4 (A) has soft property, and under few pressing force, behaviour Make face Sf to be close to face 1Ya or face 1Yb.Also, answering due to anti-slip component 1Y is difficult to if being close to it is also contemplated that can become Former power and the situation removed.Therefore, as shown in Fig. 4 (B), in anti-slip component 1Z, set up separately set substrate 4 in center portion, thus To adjust for pressing force and recuperability needed for bias.That is, the intensity of the so-called waist of anti-slip component 1Z entirety can be adjusted.

Substrate 4 is the material of the sheet such as PET resin, polycarbonate, hard PVC or plate.It should be noted that These materials are an examples, in addition to this, also can be used and correspond to pressing force and bias such as metal thin plate and when removing That has gone to return original state when pressing force there is reversible material to be formed.Also, the anti-skidding structure shown in Fig. 4 (B) In the case where part 1Z, can also with Fig. 4 (A) shown in anti-slip component 1Y the case where in the same manner as protrusion 1Zc, 1Zd are set.

That is, protrusion 1Zc is arranged along the outer rim of the face 1Za of anti-slip component 1Z, and it is arranged in face 1Zb also along its outer rim Protrusion 1Zd.These protrusions 1Zc, 1Zd are comparable to the spacer member 2 of anti-slipping mechanism shown in Fig. 3, the structure of 2X.Such as using figure 4 (A), (B) illustrate like that, by by have anti-slip component 1Y that adsorptivity, soft property, reversible single material formed, 1Z also can be realized anti-slipping mechanism.

It should be noted that the anti-slipping mechanism illustrated using Fig. 1, Fig. 2 also can be set to the anti-skidding structure different including material The structure of part 1 and spacer member 2 and be integrally formed using framed etc..Equally, about the anti-slipping mechanism for using Fig. 3 to illustrate, Also it can be set to the structure including the different anti-slip component 1 of material and spacer member 2 and be integrally formed using framed etc..

[concrete example for having the mapping stationery of anti-slipping mechanism]

Next, explanation has the tool of the mapping stationery for the anti-slipping mechanism for illustrating basic structure using FIG. 1 to FIG. 4 Body example.

<application to set square>

Fig. 5 is the figure for illustrating the set square 10 of the mapping stationery as the anti-slipping mechanism for applying embodiment, Fig. 5 (A) is the top view of set square 10, and Fig. 5 (B) is the cross-sectional view of the position as shown in single dotted broken line A-A in Fig. 5 (A).Such as figure Shown in 5 (A), set square 10 is by the triangular shaped anti-slip component 1A with grid representation and to surround anti-slip component 1A's The triangular shaped spacer member 2A that mode is arranged is constituted.

In the case where the example, anti-slip component 1A is also with above-mentioned anti-slip component 1 again by having adsorptivity, soft Property, reversible material formed structure.Moreover, even if spacer member 2A and above-mentioned spacer member 2 are again by quilt The structure that the hard material being also not easy to deform in the case where being applied with pressing force is formed.

Also, as shown in Fig. 5 (A) and Fig. 5 (B), triangle is set in order to which anti-slip component 1A is arranged on spacer member 2A Anti-slip component 1A is arranged in opening portion HA in the opening portion HA of shape shape.In the case where set square 10 of this, such as Fig. 5 (B) It is shown, in the slot GA that the medial surface setting of the opening portion HA of spacer member 2A clamps the outer rim of anti-slip component 1A and is kept. Also, the outer rim of anti-slip component 1A is clamped by the slot GA of spacer member 2A, and anti-slip component 1A is thus fixed on spacer member 2A.

In addition, observation Fig. 5 (B) is it is found that spacer member 2A thickness is bigger than anti-slip component 1A, therefore the face of anti-slip component 1A 1Aa is in the position being recessed from the bottom surface of spacer member 2A to upper surface side, and recess is constituted in set square 10.Accordingly, for The operating surface of electronic equipment becomes in the case where the face 1Aa by set square 10 towards anti-slip component 1A is placed in the operating surface The structure in gap is generated between the face 1Aa of anti-slip component 1A.In this way, the set square 10 of this, which becomes spacer 2A, constitutes periphery Portion and the structure for having the inside portion equipped with anti-slip component 1A on the inside of peripheral part 2A.

Also, for the operating surface of electronic equipment, place the face 1Aa of set square 10 and anti-slip component 1A relatively Under state, when user is pressed anti-slip component 1A from the face side 1Ab towards operating surface by finger etc., the face of anti-slip component 1A 1Aa and the operation face contact.Anti-slip component 1A is that have adsorptivity, soft property, reversible structure.On the other hand, electronics is set The standby operating surface is for example to be applied coating and be easy sliding, smooth and hard face.Therefore, in this case, by anti- The face 1Aa of sliding component 1A is tightly attached to operating surface and set square 10 is fixed on the operating surface, can stablize and reliably carry out The description of straight line based on electronic pen.

Also, anti-slip component 1A also has adsorptivity, so even after user relieves the pressing of finger etc., it is anti-skidding The face 1Aa of component 1A will not be separated from operating surface immediately.Even if in the case where relieving pressing, in the face of anti-slip component 1A 1Aa is also required to several seconds or so until being kept completely separate from operating surface.Therefore, even if for example mistakenly by finger from anti-slip component 1A In the case where separation, set square 10 will not deviate from operating surface immediately, therefore can steadily carry out having used set square 10 Mapping.

It should be noted that in the case where set square 10 of this, as shown in Fig. 5 (B), the upside of anti-slip component 1A Face 1Ab is in the position being recessed from the upper surface of spacer member 2A to bottom surface side, and recess is constituted in set square 10.Therefore, example Such as the operating surface of electronic equipment, even if in the case where the face 1Ab that set square 10 is plagiarized to anti-slip component 1A is placed, at this Gap also is provided between operating surface and the face 1Ab of anti-slip component 1A.Also, if from the face side 1Aa of anti-slip component 1A to operation Surface side pressing, then can be such that operating surface is close to the face 1Ab of anti-slip component 1A, set square 10 is fixed on operating surface.That is, the example Set square 10 become in the same manner as the anti-slipping mechanism for using Fig. 3 A to illustrate between face 1Aa, 1Ab of two sides of anti-slip component are equipped with Every component structure can the set square that uses of two sides.

" variation of set square "

Fig. 6 is the figure of the variation of the set square 10 for illustrating to illustrate using Fig. 5.Three of the example shown in Fig. 6 (A) In angle square 10A, spacer member 2A is identical as the structure illustrated using Fig. 5.However, the opening portion HA in spacer member 2A is fixed with The anti-slip component 1AA of 3 parts A1, A2, A3 are divided by 3 gaps SL1, SL2, SL3.Fixed method with use Fig. 5 (B) the case where illustrating is identical.It should be noted that as shown in Fig. 6 (A), it is circular in the center portion setting of anti-slip component 1AA Through hole HL, so as to clearly distinguish part A1, A2, A3 of segmentation.

Thereby, it is possible to handle 3 parts A1, A2, A3 of anti-slip component 1AA as independent part.That is, being The set square 10A for making to configure this on the operating surface of electronic equipment avoids sliding securely and respectively while pressing anti-skidding 3 parts A1, A2, A3 of component 1AA.Moreover, for example being slided due to only drawing a small amount of straight line without so avoiding securely In the case where dynamic, as long as being pressed i.e. wantonly 1 in 3 parts A1, A2, A3 of anti-slip component 1AA or wantonly 2 parts It can.

Furthermore it is possible to be with the pressing part A1 in the case where drawing lines to the part side A1, in the feelings to draw lines to the part side A2 Pressing part A2 under condition, in the case where drawing lines to the part side A3, the mode of pressing part A3 is used separately pressing part.That is, such as Fruit, then can be with few power by triangle according to using which side of set square 10A is drawn lines and be used separately the part of pressing Ruler 10A is appropriately secured to the operating surface of electronic equipment.In this way, can be adjusted anti-skidding in the case where the set square 10A of this The abutting part to operating surface of component 1AA and it is close to area.It should be noted that the adjustment for being close to area refers to as described above The case where being able to carry out the adjustment of close property, the degree (abutting degree) being close to.

In addition, in the set square 10B of the example shown in Fig. 6 (B), spacer member 2A and phase the case where explanation using Fig. 5 Together.However, shown in anti-slip component 1AB such as Fig. 6 (B), installing in the case where the HA of opening portion, in the inside than opening portion HA The position of face more in the inner part is equipped with 3 gaps SL11, SL12, SL13 along 3 angles.Thereby, it is possible to anti-slip component 1AB is big Cause is divided into 3 parts.That is, for the triangular shaped part A11 surrounded by gap SL11, the triangle surrounded by gap SL12 The part A12 of shape, the triangular shaped part A13 surrounded by gap SL13.It should be noted that anti-slip component 1AB with The anti-slip component 1A of the set square 10 illustrated using Fig. 5 is similarly fixed on spacer member 2A.

In this way, in anti-slip component 1AB, by being divided into this 3 parts, can adjust anti-slip component 1AB to operation The close property in face.For example, on operating surface, in the case where wanting to firmly fix the set square 10B of this, respectively simultaneously Pressing part A11, A12, A13, thus part A11, A12, A13 is tightly attached to operating surface respectively, and can firmly fix.And And in the case where wanting to draw lines along side Sd1, pressing part A11 and part A12 are wanting the case where drawing lines along side Sd2 Under, pressing part A13 and part A12, in the case where wanting to draw lines along side Sd3, pressing part A11 and part A13.This Sample, can be according to the position of pressing, to adjust the close property to operating surface.

In addition, the set square 10C of example shown in Fig. 6 (C) is by the position in the gap of set square 10B shown in Fig. 6 (B) It is set to the structure of more lateral.That is, spacer member 2A is illustrated with using Fig. 5 in the set square 10C of the example shown in Fig. 6 (C) The case where it is identical.However, shown in anti-slip component 1AC such as Fig. 6 (C), installing in the case where the HA of opening portion, triangular shaped Opening portion HA 3 angles respective part, along opening portion HA medial surface be equipped with gap SL21, SL22, SL23.By This, with set square 10B shown in Fig. 6 (B) the case where is same, and anti-slip component 1AC can be roughly divided into 3 parts.That is, serving as reasons Gap SL21 surround triangular shaped part A21, surrounded by gap SL22 triangular shaped part A22, by gap The triangular shaped part A23 that SL23 is surrounded.

Also, in the case where the set square 10C of this, the respective spacer member 2A of each gap SL21, SL22, SL23 The side of side is consistent with the medial surface of opening portion HA of spacer member 2A.That is, being equipped with seam shown in anti-slip component 1AC such as Fig. 6 (C) The part of gap SL21, SL22, SL23 do not connect with spacer member 2A, and only in coupling part C1, C2, C3, this 3 positions are fixed on Spacer member 2A.In this way, spacer member 2A acts on the part of anti-slip component 1AC by reducing, can further increase anti-skidding Each section A21, A22, A23 of component 1AC and the close property of operating surface.

As a result, in the case where the set square 10C of this, the case where the set square 10B shown in Fig. 6 (B) compared with, can Further increase the close property of part A21, A22, A23 and operating surface.That is, can be made with less pressing force part A21, A22, A23 is close to strongly with operating surface.In this way, can be realized by the way that the anti-slipping mechanism of the embodiment is used in set square Using without sideslip etc. occurs and the set square used can be stablized in the operating surface of electronic equipment.

<application to ruler>

Fig. 7 is the figure for illustrating the ruler 20 of the mapping stationery as the anti-slipping mechanism for applying embodiment, Fig. 7 (A) be ruler 20 top view, Fig. 7 (B) is the cross-sectional view of position shown in single dotted broken line A-A in Fig. 7 (A).Such as Fig. 7 (A) Shown, ruler 20 is set by the anti-slip component 1B of the rectangular shape with grid representation and in a manner of surrounding anti-slip component 1B The spacer member 2B for the rectangular shape set is constituted.Scale is formed in the left end side of spacer member 2A.

It should be noted that in the case where the example, anti-slip component 1B also in the same manner as above-mentioned anti-slip component 1,1A by Have adsorptivity, soft property, reversible material to be formed.Moreover, spacer member 2B and above-mentioned spacer member 2,2A it is same by The hard material being not easy to deform in the case where being applied with pressing force is formed.

Also, as shown in Fig. 7 (A) and Fig. 7 (B), spacer member 2B be equipped in order to which anti-slip component 1B is arranged width W × The opening portion HB of the rectangular shape of length L is equipped with anti-slip component 1B in opening portion HB.In the case where the ruler 20 of this, As shown in Fig. 7 (B), in the medial surface of the opening portion HB of spacer member 2B, with use Fig. 5 (B) to illustrate set square 10 the case where Equally, the slot GB that the outer rim equipped with clamping anti-slip component 1B is kept.Also, the outer rim of anti-slip component 1B is embedded in and is held on The slot GB of spacer member 2B, is thus fixed on spacer member 2B for anti-slip component 1B.

In addition, observation Fig. 7 (B) is it is found that spacer member 2B thickness is bigger than anti-slip component 1B, therefore the face of anti-slip component 1B 1Ba is in the position being recessed from the bottom surface of spacer member 2B to upper surface side, and recess is constituted in ruler 20.It is for example right as a result, In the operating surface and prevent in the operating surface of electronic equipment in the case where the face 1Ba by ruler 20 towards anti-slip component 1B is placed Gap is equipped between the face 1Ba of sliding component 1B.In this way, the ruler 20 of this, which becomes spacer 2B, constitutes peripheral part and in the periphery Has the structure of the inside portion equipped with anti-slip component 1B on the inside of portion 2B.

Also, for the operating surface of electronic equipment, in the state that the face 1Ba by ruler 20 towards anti-slip component 1B is placed Under, when user is pressed anti-slip component 1B from the face side 1Bb towards operating surface by finger etc., the face 1Ba of anti-slip component 1B With the operation face contact.Anti-slip component 1B is that have adsorptivity, soft property, reversible structure, the operating surface of electronic equipment It is to be applied coating and be easy sliding, smooth and hard face.Therefore, the face 1Ba of anti-slip component 1B is close to operating surface, will be straight Ruler 20 is fixed on the operating surface, can stablize and reliably carry out the description of the straight line based on electronic pen.

Also, anti-slip component 1B also has adsorptivity, so even after user relieves the pressing of finger etc., it is anti-skidding The face 1Ba of component 1B will not be separated from operating surface immediately.Even if in the case where relieving pressing, in the face of anti-slip component 1B 1Ba spends several seconds or so until being kept completely separate from operating surface.Therefore, even if for example mistakenly by finger from anti-slip component 1B points From in the case where, ruler 20 will not deviate from operating surface immediately, therefore steadily can carry out having used the mapping of ruler 20.

It should be noted that in the case where ruler 20 of this, as shown in Fig. 7 (B), the face of the upside of anti-slip component 1B 1Bb is in the position being recessed from the upper surface of spacer member 2B to bottom surface side, and recess is constituted in ruler 20.Thus, for example right In the operating surface of electronic equipment, though by ruler 20 towards anti-slip component 1B face 1Bb place in the case where, the operating surface with Gap also is provided between the face 1Bb of anti-slip component 1B.Therefore, even if by the face 1Bb of anti-slip component 1B towards the behaviour of electronic equipment Place ruler 20 with making face in the case where, also can with by the face 1Ba of anti-slip component 1B towards electronic equipment operating surface put The case where setting is used in the same manner ruler 20.That is, the ruler 20 of this has the anti-slipping mechanism illustrated using Fig. 3 A, becoming can two sides The ruler used.

In addition, in the case where ruler, it may not be necessary to for being capable of the structure that uses of two sides.Accordingly it is also possible to be formed in tool There is the upper surface of the spacer member 2B of opening portion HB to be only pasted with the ruler that the single face of the structure of anti-slip component 1B uses.That is, Also it may be constructed the ruler for having the anti-slipping mechanism of the structure illustrated using FIG. 1 to FIG. 2.

" variation of ruler "

Fig. 8 is the figure of the variation of the ruler 20 for illustrating to illustrate using Fig. 7.In the ruler 20A of Fig. 8 (A), interval Component 2B is identical as the case where explanation using Fig. 7.However, spacer member 2B opening portion HB be equipped with 3 anti-slip component 1B1, 1B2,1B3.Also, gap S1, S2, S3, S4 are equipped in the end side of the length direction of anti-slip component 1B1,1B2,1B3.

Thereby, it is possible to handle anti-slip component 1B1,1B2,1B3 as independent structure.Therefore, in order to make to match Set this on the operating surface of electronic equipment ruler 20A avoid securely sliding and respectively at the same press anti-slip component 1A1, 1A2,1A3.Moreover, not needing that in the case where only drawing a small amount of straight line or only measuring the length of straight line portion of display It avoids sliding securely.In this case, as long as wantonly 1 or wantonly 2 in pressing anti-slip component 1B1,1B2,1B3 is It can.

In addition, spacer member 2B is identical as the case where explanation using Fig. 5 in the ruler 20B of Fig. 8 (B).However, Every component 2B opening portion HB be arranged anti-slip component 1BX such as Fig. 8 (B) shown in along its length be equipped with 2 column gap S11, S12, S13, S14, S15 and gap S21, S22, S23, S24, S25.Thereby, it is possible to anti-slip component 1AX is divided into 5 parts. That is, for the part clamped by gap S11 and S21, the part clamped by gap S12 and S22, the portion clamped by gap S13 and S23 The part divide, clamped by gap S14 and S24, the part this 5 clamped by gap S15 and S25.

In this way, by being divided into this 5 parts, can more fine adjust anti-slip component 1BX in anti-slip component 1BX The close property to operating surface.For example, can be improved if only pressing the part clamped by gap S13 and S23 in the part With the degree of abutting of operating surface.Moreover, for example, the pressing part clamped by gap S11 and S21 with clamped by gap S12 and S22 Between part (part in not set gap).In this case, throughout the pressing part, the portion clamped by gap S11 and S21 This 3 positions of part divide, clamped by gap S12 and S22, can be improved and the degree of abutting of operating surface.In this way, according to pressing Position can fine adjust the close property to operating surface.

In addition, spacer member 2B is same as the case where explanation using Fig. 5 in the ruler 20C of Fig. 8 (C).Also, Fig. 8 (C) ruler 20C is so that respective of each gap S11~S15 of ruler 20B shown in Fig. 6 (B), gap S21~S25 The structure of the width in each gap is widened with the spacer member 2A mode contacted every the side of the side component 2A.

As a result, as shown in Fig. 8 (C), anti-slip component 1BY is along the gap for having wide cut with the direction that length direction intersects S11w, S12w, S13w, S14w, S15w and gap S21w, S22w, S23w, S24w, S25w.Therefore, observe Fig. 8 (C) it is found that It is reduced every the part for acting on anti-slip component 1BY of component 2A, each section and configuration of anti-slip component 1BY can be further increased There is the close property of the operating surface of the electrical equipment of ruler 20C.

<application to mapping compasses>

Fig. 9 be for illustrate the mapping of the mapping stationery as the anti-slipping mechanism for applying embodiment with compasses (with Under, it is abbreviated as compasses.) figure.Also, in Fig. 9, Fig. 9 (A) is the overall diagram of the compasses 30 of this, and Fig. 9 (B), (C) are these The cross-sectional view of 33 part of supporting part of compasses.

As shown in Fig. 9 (A), the compasses 30 of this are by the respective end sections such as two of the first leg 32 and the second leg 34 Opening and closing axle portion 31 can be openedly and closedly installed on shown in arrow Ar.In the front end side of another party of the first leg 32, supporting part is set 33, which becomes the part for being placed in center when describing round or arc.Also, the anti-slipping mechanism of the utility model is answered For supporting part 33, the compasses being able to use describing input bowlder even if on the operating surface in electronic equipment are realized, details exist It describes hereinafter.

In addition, being equipped with a maintaining part 35 in the front end portion of another party of the second leg 34.By the way that electronic pen 40 is fixed In this maintaining part 35, electronic pen 40 can be installed on to the second leg 34 as shown in Fig. 9 (A).Moreover, in opening and closing axle portion 31 Upper end is equipped with rotation knob 36.Rotation knob 36 becomes the part that user pinched and carried out rotation operation with finger.Also, It is fulcrum with supporting part 33, to rotate knob 36 for force, to be installed on the electronic pen of the second leg 34 by maintaining part 35 40 pen tip is position, is able to achieve the compasses that round or arc description input is able to carry out on the operating surface Sf of electronic equipment.

Also, as shown in Fig. 9 (B), supporting part 33 is by by anti-slip component 331, spacer member 332, leg connector portions 333 It is fixed to each other and constitutes.Anti-slip component 331 and above-mentioned anti-slip component 1 are again by having adsorptivity, soft property, invertibity Material and from upper surface when, is formed as the structure of round or polygon plate.Spacer member 332 be created as along The component of the tubular with thickness of the outer rim setting of anti-slip component 331, with above-mentioned spacer member 2 likewise by hard material Material is formed.Anti-slipping mechanism is constituted by these anti-slip components 331 and spacer member 332.That is, the anti-slipping mechanism of this becomes interval Component 332 constitutes peripheral part and has the structure of the inside portion equipped with anti-slip component 331 in the inside of the peripheral part 332.

Also, the leg connector portions 333 being arranged on the face 331b of anti-slip component 331 are by ABS resin, poly- carbonic acid The hard materials such as ester, PET resin, hard PVC, vinyl chloride, metal and be formed as cylindric or polygon prism shape structure.In leg Connector portions 333 are equipped with embedded hole, which has opening in upper surface, and be arranged with the front end portion in the first leg 32 Globular part 32a is chimeric.It, will be in the first leg 32 from the opening of upper surface at the embedded hole as shown in Fig. 9 (A), (B), (C) Front end setting globular part 32a indentation and keep it chimeric.Supporting part 33 is installed on to the front end of the first leg 32 as a result,.

In this case, the globular part 32a of the first leg 32 can be rotated among the embedded hole of leg connector portions 333. No matter the angle at angle formed by the first leg 32 and the second leg 34 is the several years as a result, makes supporting part 33 and electronic equipment In the case that operating surface Sf is contacted, operating surface Sf can be maintained into always with the face 331a of anti-slip component 331 parallel.And And in the state that maintaining contacts supporting part 33 and operating surface Sf, the first leg 32 can also be operated to various directions It lies down.

Also, in the case where the example, the leg connector portions 333 of supporting part 33 and the first leg 32 are equivalent to anti-skidding structure Part 331 carries out the operation portion of pushing operation from the face side 331b to the side operating surface Sf.The operation portion is equivalent to using Fig. 1, Fig. 2 explanation Anti-slipping mechanism in user finger fg.

Therefore, in the case where the operating surface Sf by electronic equipment describes round input or arc, as shown in Fig. 9 (B), make The supporting part 33 of compasses 30 is contacted with operating surface Sf.In the state that the Fig. 9 (B) is shown, operating surface Sf and anti-slip component 331 Face 331a is not in contact with and being the state for generating gap gp, therefore compasses 30 can be made to move freely on operating surface Sf.Also, In the case where describing input round or arc using compasses 30, as shown in Fig. 9 (C), by the first leg 32 by leg connector portions 333 Enter to operating surface Sf side pressure.

As a result, leg connector portions 333 make anti-slip component 331 to the operating surface Sf lateral deviation of electronic equipment lean on, operating surface Sf with The face 331a of the anti-slip component 331 of supporting part 33 is contacted.It rubs between operating surface Sf and the face 331a of anti-slip component 331 as a result, It wipes power to increase, therefore supporting part 33 can be fixed on operating surface Sf.The supporting part 33 of compasses 30 will not be in operating surface as a result, It is moved on Sf, therefore on operating surface Sf, is able to use compasses 30 and steadily describes input circle or arc.

Also, anti-slip component 331 also has adsorptivity, so even relieving in user through the first leg and part After the pressing of connector portions 333, the face 331a of anti-slip component 331 will not be separated from operating surface Sf immediately.Even if relieving In the case where pressing, several seconds or so are also spent until the face 331a of anti-slip component 331 is kept completely separate from operating surface Sf.Therefore, Even if the anti-slip component 331 of supporting part 33 will not be stood for example mistakenly stopping in the case where the pressing of the first leg 32 Deviate from operating surface Sf, therefore steadily can carry out having used the mapping of compasses 30.

[effect of embodiment]

According to the set square, ruler, compasses as mapping stationery for the anti-slipping mechanism for having above-mentioned embodiment, lead to It crosses and is applied by small pressing force and can play antiskid function for anti-slip component.As a result, the operating surface of electronic equipment in this way Extremely be easy sliding description face on, mapping is suitably fixed with stationery, mapping will not be generated and unexpectedly slided with stationery Mobile such unfavorable condition, steadily and reliably can carry out description input with stationery using the mapping.

It, also can will be anti-skidding even if removing the pressing force for anti-slip component in addition, have adsorptivity by anti-slip component Function maintains to a certain degree, such as several seconds or so.Therefore, after the removing of pressing force the mapping with stationery immediately in such as electronics Deviateing such unfavorable condition on the operating surface of equipment will not generate.Therefore, mistakenly stop pressing when or old man or The weak user of strength as children can not Continued depression when etc., as long as carrying out pressing again during maintaining antiskid function Pressure, it will be able to maintain antiskid function.

Also, when after eliminating for the pressing force of anti-slip component by several seconds or so, by anti-slip component and Every component function and anti-slip component is restored to original state, such as the operating surface with electronic equipment not in contact with shape State.In this case, which can be moved freely with stationery on the operating surface of such as electronic equipment.

In this way, antiskid function can be played by small pressing force, will not be stood releasing pressing force and antiskid function It releases, therefore can be realized the weak old man of small children, strength and use and preferred mapping stationery.

Further, it is possible to which realizing can utilize in culture and education field using electronic equipment as plate or tablet PC etc. Stationery is used in mapping.That is, needing to map using the software of mapping in the case where being mapped in the electronic device.However, By using the mapping stationery of the utility model, do not need to remember the distinctive operating method of the software of mapping, it can be according to Application method, the teaching method of previous mapping stationery are mapped on the operating surface of electronic equipment.

The mapping of the utility model not only also can on the operating surface of electronic equipment, but also on common paper with stationery It is enough to use, it is also able to use on glass surface, mirror surface, plastic cover etc..Especially as glass surface, mirror surface, the plastic cover, benefit With sideslip etc. occurs immediately if previous mapping stationery on the description face that can not accurately map, can also stablize and quasi- Really map.

[variation etc.]

In the above-described embodiment, the concrete example as the mapping stationery for the utility model for having anti-slipping mechanism, Illustrate set square, ruler, compasses, but the utility model also can be applied to the mapping stationery other than above-mentioned example. For example, being used in splines, Perspective, the various templates such as protractor, cloud shape ruler etc. in order to describe various lines on description face Mapping stationery in can apply the utility model.

In addition, about spacer member 2,2X, 2A, 2B, 332, the rigid structure of hard not only can be, but also can be by It is crushed not according to pressing force but bends while curved surface can be followed the material with soft property slightly and constitute.By This, also can on the description face that operating surface as curved surface etc. is entirely plate for example, can be realized in having for electronic equipment Play the mapping stationery of antiskid function.

In addition, for example, in the case where the anti-slipping mechanism illustrated using FIG. 1 to FIG. 3, anti-slip component 1 can with use Fig. 4 (B) the case where anti-slip component 1Z illustrated is similarly the lit-par-lit structure for having substrate 4 in inside.In this case, Neng Goujin Adjustment of the row for the recuperability after patience or the pressing force removing of the pressing force of anti-slip component 1.

In addition, the spacer member 2A of set square 10 or the spacer member 2B of ruler may be integrally formed, or folder Enter anti-slip component 1A, 1B and is made of upper and lower 2 parts.It is of course also possible to by the spacer member of spacer member 2A or ruler 2B is set as the structure being made of multiple portions, combines this multiple portions and constitutes as 1 set square or ruler.That is, the reality Various forms can be taken with the method for the manufacture of novel mapping stationery.

In addition, not being the operation for electronic equipment when the mapping of the utility model is suitable for compasses with stationery Writing appliance when the case where face is mapped, other than the fixed electronic pen of maintaining part 35.Such as, it is contemplated that fixed pencil, signature The situation of pen etc..Of course it is also possible to which the compasses of the structure of writing appliance are arranged in the front end for being formed in the second leg 34 from the beginning.

[symbol description]

1,1X, 1XA, 1XB ... anti-slip component, the face 1a, 1b ..., 2,2X ... spacer member, the operating surface of Sf ... electronic equipment, The gap gp ..., 3 ... gaps, 1Y, 1Z ... anti-slip component, the protrusion 1Yc, 1Yd, 1Zc, 1Zd ..., 4 ... substrates, 10,10A, 10B, 10C ... set square, 1A, 1AA, 1AB, 1AC ... anti-slip component, the face 1Aa, 1Ab ..., GA ... slot, the opening portion HA ..., 2A ... are spaced structure Part, the gap SL1, SL2, SL3, SL11, SL12, SL13, SL21, SL22, SL23 ..., 20 ... rulers, 1B ... spacer member, 1Ba, The face 1Bb ..., GB ... slot, the opening portion HB ..., 2B ... spacer member, the gap S1, S2, S3, S4 ..., S11, S12, S13, S14, The gap S15 ..., the gap S21, S22, S23, S24, S25 ..., the gap S11w, S12w, S13w, S14w, S15w ..., S21w, S22w, The gap S23w, S24w, S25w ..., 30 ... compasses, 31 ... opening and closing axle portions, 32 ... first legs, 33 ... supporting parts, 331 ... is anti-skidding Component, 332 ... spacer members, 333 ... leg connector portions, 34 ... second legs, 35 ... maintaining parts, 36 ... rotation knobs, 40 ... electronic pens.

Claims (6)

1. a kind of mapping stationery, including peripheral part and inside portion, use, the peripheral part is by defined thickness on description face Tabular hard material is constituted, which is equipped in the inside surrounded by the peripheral part by defined thicker than described Spend the anti-slip component that thin soft material is constituted, which is characterized in that

The anti-slip component has adsorptivity, to direction corresponding with pressing force bias, and has and is removed in the pressing force Be recovered to the elasticity of original state later, the face of the face of the flat side configured in the peripheral part and another party it Between,

In the case where the mapping is configured on the description face with stationery, prevent by described and the pressing of the inside portion Sliding component is more prominent compared to the face in the face of the party or described another party, to constitute and generate friction on the description face Anti-slipping mechanism.

2. mapping stationery according to claim 1, which is characterized in that

There is the structure for being provided with more than one gap in the anti-slip component.

3. mapping stationery according to claim 1, which is characterized in that

The anti-slip component is with being provided with piece between the first component with adsorptivity and the second component with adsorptivity The lit-par-lit structure of the elastic component of shape.

4. mapping stationery according to claim 1, which is characterized in that

The anti-slip component is formed with the peripheral part by same material.

5. mapping stationery according to claim 1, which is characterized in that

Part including the peripheral part and the inside portion is set as the structure with ruler or protractor.

6. mapping stationery according to claim 1, which is characterized in that

The mapping stationery has centrally located first leg and the second leg for describing round or circular arc,

By will include that the anti-slipping mechanism of the peripheral part and the inside portion is set to the front end of first leg, from And it is set as the structure with mapping compasses.