CN1758383A - Combined multi-purpose platform and its functional assembly and correlation method - Google Patents

Abstract

This invented components can be combined into a portable platform or a fixed platform against reading books or computer displays, in which, a main cover is spliced to a base basket, a sub-cover is spliced to a free end of the main cover and the slope of the two covers can be adjusted, the top frame, connecting frame and the bottom basket can be combined into a primary basket with a horse replacing the base basket in the portable platform to form a fixed platform. A magnetic writing board or multiregional keyboard is integrated on the packaged plate of the sub-cover and the main cover, the outside input units of photoelectric mouse, multiregional keyboard and a glove input convert the voltage signals corresponding to the color, light intensity and magnetic sensed resistance to signals of shift contact and clicking, and a book pressing card fixes the book on the sub-cover or the main cover.

Description

A kind of composite and multi-purpose platform and functional assembly and correlation technique

Technical field the present invention is an integrated system that relates to machinery, electronics, photoelectricity, magnetics, software.

In background technology study, the work, people often will carry out activity facing to reading matter (such as book, computer monitor) on various forms of platforms, also have many trifling consuming time but necessary special operations therebetween. Present desktop platform, the gradient of desktop is fixed, and can't regulate; Portable book clip, the reading matter gradient is fixing by hand by the reader; The button of keyboard or mouse is by elastic reset; Mechanical mouse rolls by heavy ball and produces two-dimension displacement; Optical mouse produces two-dimension displacement by the picture that camera provides; When brushing lines, magnet must be in the magnetic wordpad back side; On the bookshelf, book leans in the plane along a horizontal line.

The present platform of summary of the invention on the one hand function singleness, deposit scattered, carry inconvenience, the platform accessory has open defect on the other hand: the gradient of reading matter, highly be not easy to regulate; Button key spring is excessive, and the keystroke operation easily causes joint disease; Mouse or too easy to failure, or circuit and complex software and too expensive; Magnetic wordpad is not easy to local the modification; Books on the bookshelf often skew. Aforementioned all deficiencies, a kind of composite and multi-purpose platform provided by the present invention can effectively overcome it.

Technical scheme of the present invention

Principle of the present invention: at case lid (claiming main lid) free end hinge one flat board (claiming from lid), and the gradient of the two is adjustable, and its case basket and book bucket can be combined on the bridge. The master is covered, is the container (being used for filling stationery) that can uncap from lid, several functions shape body and annex are integrated in from covering and make it have function commonly used the study and works such as digging pen, books can be fastened at main lid, from the plate face of lid by pressure, and keyboard or magnetic wordpad be integrated in main lid, from the lid of lid. When being panel computer from lid, a) to fixed platform, make its input peripheral by the main keyboard that covers and the main mouse that covers on the wing plate; B) to portable stage, then make its input peripheral by the glove-type input peripheral. But these parts are flexible combination all, thus overcome present platform feature single, deposit scattered, as to carry inconvenience problem. The used button of input peripheral makes by gravity and moves on its key face and keep, and the joint is difficult for strain during the keystroke operation; The signal that mouse produces during the inswept colored lattice-array of color sensor changes into displacement signal, and its cost is low and not easy to failure; In the magnetic wordpad, any color of two look magnetic cylinders can be stabilized in the either side of zero magnetic field face independently, is convenient to do the part from the front and revises. On keyboard and the glove-type input peripheral, most of character is inputted with Macintosh, is beneficial to reduce consumptive material, saving space; Key battle array or character area that the inhomogeneity character is corresponding different, the inconvenience that has brought because of the handover operation between character type when having avoided typewriting.

The preparation explanation:

A) entity: (comprising the entity in the group of entities) is 3D solid, and all (Fig. 1 (b) is the XYZ coordinate axle schematic diagram of this coordinate system, and the XY coordinate plane is horizontal plane at same XYZ three-dimensional system of coordinate; Fig. 1-Figure 24 shares this coordinate system, approves all when reading these figure that this schematic diagram is implied among every width of cloth figure) in. The Z reference axis is that (Z reference axis forward is corresponding high or upper, negative sense is corresponding low or lower, and for example, establishing AB is rib that is parallel to Z axis on the cuboid, then the height of cuboid=AB) for the reference coordinates axle of entity height.

B) group of entities: comprise an entity set of a plurality of entities, group of entities can only be as a mass motion, and during motion in the group of entities relative position between each entity remain unchanged.

C) forward of X reference axis is that the right side, negative sense are for left; The forward of Y reference axis for after, before negative sense is.

D) comprise a plurality of subgraphs among every width of cloth figure, subgraph is numbered (a), (b), (c) ... ..; Scaling is unified in each subgraph; The scaling of different subgraphs can be different.

E) part of this invention or parts all are by a plurality of primary entities that are in specific relative position, form through set operation; For example, equation Ent₂₀₉＝Ent ₂₀₈-Ent ₂₀₄∪Ent ₂₀₅Expression: be in the entity 208,204,205 of specific relative position through set operation (Ent₂₀₈-Ent ₂₀₄ ∪Ent ₂₀₅) and form entity 209. Among the entity forming process figure, a sturdy arrow represents a step; Each procedure chart is the relative position of determining first between associated entity, then these entities is done set operation (priority of acquiescence union operator ∪ greater than difference set operator-) and is formed corresponding part or parts.

F) among the figure center of circle line of the rib of cuboid, cylinder or annulus (being straight line, is centered set; The set in the corresponding center of circle of circular arc also is considered as center of circle line), rib, straight three (four) prismatic incline, the bucking ladders of the center of circle line of circular cone, semicolumn (plane that cylinder is through its center of circle line is divided into two semicolumns) (are that cross section is trapezoidal straight quadrangular, be called the bucking ladder bottom surface corresponding to the face of going to the bottom on trapezoidal, other face is called the side. If this cross section is isosceles trapezoid, then be called the isosceles trapezoid platform) the limit of upper bottom surface, if no special instructions, can only be parallel to the axle (being included in the process that forms entity) in the XYZ three-dimensional system of coordinate.

G) end face of entity (group of entities): the face F of establishing is a plane on the entity, in the entity not the point on face F all be in face F one side (namely any point of this entity is not in the opposite side of face F), this claims that face F is an end face of this entity. According to the position of end face with respect to the entity center of gravity, end face can be divided into up, down, left, right, before and after end face (definition of up, down, left, right, before and after sees above). The rest may be inferred, can obtain the definition of group of entities end face.

H) rib or the line on the entity (comprising the copy, example, mirror image of entity and the entity after the upset) derives from d in this way) described rib or line, in the situation without specified otherwise, also regard an axle that is parallel in the XYZ three-dimensional system of coordinate as. Correspondingly, the solid face that is made of such rib is parallel to a coordinate plane in the three-dimensional system of coordinate. The copy of entity, example if no special instructions, through translation or convergent-divergent or behind reference axis upset N * 90 ° (N is positive integer), all can overlap with entity fully.

I) example of entity or group of entities: the relation of entity or group of entities and example, be equivalent to the relation of class and example in the computer software, the size of different instances can be different with parameter value, but its character shape conforms to entity.

J) copy of entity or group of entities: with this entity or the identical entity of group of entities or group of entities.

K) mirror image of entity or group of entities: it can overlap fully with entity or group of entities after " face is symmetrical " conversion. If no special instructions, the mirror image of entity or group of entities is symmetrical in entity or group of entities, and its symmetrical plane is a plane that is parallel to coordinate plane.

L) make a that is numbered of element in the accompanying drawing₃a ₂a ₁a ₀, a then₃a ₂For the figure number at this element place (such as a₃a ₂The figure number that ≠ this element occurs, then this element is one and quotes; If element be numbered a₂a ₁a ₀=0, then the figure number at this element place is a₂). In the set operation formula of entity, Ent_abcdRepresentative be numbered the entity of abcd or group of entities (to group of entities, Ent_abcdRepresent the union of all entities in the group of entities). Be XX such as certain entity title, be numbered abcd, on address, entity abcd is equivalent to XXabcd so, such as shrouding slip limiting plate 1556 and entity 1556 equivalences.

M) the single capitalization of subscripting: subscript represents the numbering of entity (group of entities), and capitalization represents summit (or angle point namely comprises the intersection point of many intersections of concaver re-entrant angle), such as M_abc, the summit M of presentation-entity (group of entities) abc.

N) two of subscripting capitalizations: subscript represents the numbering of entity (group of entities), and two capitalizations represent rib, such as AB_abcd, the rib AB of presentation-entity abcd. In mathematic(al) representation, represent AB_abcdThe length of the rib AB of entity abcd then.

O) three of subscripting capitalizations: subscript represents the numbering of entity, and three capitalizations represent the plane, such as ABC_abcd, the plane ABC of presentation-entity abcd.

p)Radius _abcd: the radius of presentation-entity abcd. Fac_eabcd-n: the face that is numbered abcd-n on the presentation-entity abcd. Axis_abcd: the center of circle line of presentation-entity abcd (straight line that all centers of circle of cylinder, annulus, circular cone, circular arc consist of is considered as center of circle line). Height_abcd: the height of presentation-entity abcd.

Q) line segment AB is centered in line segment CD: expression line segment AB and line segment CD conllinear, AB＜CD, AB are centered between some C, the some D of CD.

R) line segment AB is centered in the positive X reference axis orientation of line segment CD: after line segment AB was moved a certain distance along negative X change in coordinate axis direction, line segment AB can be centered on the line segment CD. To other reference axis orientation, can the rest may be inferred.

S) entity A is centered in the positive X reference axis orientation of entity B: entity A, entity B are non-intersect; After the negative X change in coordinate axis direction mobile entity A in edge moved a certain distance, the center of gravity of entity A can overlap with the center of gravity of entity B. To other reference axis orientation, can the rest may be inferred.

T) line segment AB is on line segment CD: expression line segment AB and line segment CD conllinear, and AB＜CD, AB is between some C, the some D of CD.

U) face ABC is centered in face DEF: the area of area＜DEF of expression ABC, and face ABC is included in (face ABC and face DEF are coplanar) among the face DEF, and ABC is placed in the middle on DEF.

V) line segment AB overlaps fully with line segment CD: AB and CD are with long, and the terminal A of AB, B overlap respectively with end points C, the D of CD.

w)Length _X，abcd: entity abcd (abcd is the numbering of entity) is along the length of X reference axis. If EF is the rib of cuboid abcd, EF is parallel to the X reference axis, and then cuboid abcd is along the length L ength of X reference axis_X，abcd=EF. In like manner, Length_Y，abcdThen be that entity abcd is along the length of Y reference axis; Width_X，abcdThen be that entity abcd is along the width of X reference axis; Width_Y，abcdThen be that entity abcd is along the width of Y reference axis.

X) entity A, entity B are along same wide (wide or with long) of Y reference axis: entity A, entity B are along the width of Y reference axis identical (or length is identical). Hereinafter described " moving entity along the X reference axis " is equivalent to " along straight line (this straight line parallel is in the X reference axis) mobile entity "; The statement that other duplicates therewith, its implication can the rest may be inferred.

Y) be affixed on the face CDE of entity B in the entity A: entity A is contained in entity B, and a loaf of bread of entity A is contained in the face CDE of entity B.

Z) entity A is affixed on the face CDE of entity B outward: (establish this face is Face to a face of entity A_abc-1) be contained in the face CDE of entity B and Face_abc-1Common factor for entity A and entity B.

Aa) value attitude: an object (object, it here is the concept of a broad sense, for example, it namely can be an object, also can be motion or the feature of this object) confirmable different conditions represents with different numerical value (its number is limited), the current state that can not determine of object is represented that by the up-to-date confirmable state of object (up-to-date confirmable state does not also produce such as object, then look object be in disarmed state and disregard), the state that is quantized so just is called the value attitude of object; The value of the corresponding numerical value value of being attitude; Corresponding signal is called value attitude signal.

Bb) in the software flow pattern, logical expression meets standard C language; Condition is selected flow process, and " Y " is equal to "Yes", and " N " is equal to "No".

1 circumferential positioning tooth cover: a kind of housing, the expensive high-strength material that is better than other positions of platform by material generates, selection has guaranteed on the one hand main lid, can bear large moment from the cover hinge position like this, greatly reduces on the other hand the consumption of high-strength material, has saved cost.

1.1 among Fig. 1 (a), at an end of the toothed annulus 100 of end face, along the individual identical ridged teeth of 4n (n is positive integer) that circumferentially distributing equably; Each tooth comprises two valley lines (for straight line), a crestal line (for straight line); Adjacent two teeth share a valley line. Point O is on the line of the center of circle of annulus, and the valley line of all ridged teeths, crestal line all meet at an O. On an optional ridged teeth 100-1, quadrangle EFCB is that (limit CF, BE are waist to isosceles trapezoid; Limit BC, EF are respectively trapezoidal and go to the bottom, upper base, all are parallel to the center of circle line of annulus), crestal line CF, valley line BE, valley line GH meet at an O. Allow center of circle line conllinear and the ridged teeth make-up of two copies of annulus 100, the two is engageable in different relative angles. Correspondingly, to the entity of two mutual hinges, allow such ridged teeth on its pan end face band that is affixed, under axial thrust, two entities can be positioned at different relative angles so, the circumferential positioning mode of a kind of disengaging type that Here it is. In like manner, also can be replaced into the sector (annulus circumferentially is divided into 8n part, casts out equably wherein 4n part, namely obtain the entity 101 that sector and fan-shaped notch replace) that distributes equably along circumferentially to ridged teeth.

1.2 arch entity: to semicolumn 206 and cuboid 207, make A₂₀₆、D ₂₀₆、C ₂₀₆Respectively with A₂₀₇、D ₂₀₇、C ₂₀₇Overlap, then get arch entity 208:Ent by following formula₂₀₈＝Ent ₂₀₆∪Ent ₂₀₇ The center of circle line (or radius) of semicolumn 206 is the center of circle line (or radius) of arch entity 208, and hereinafter described arch entity is the example of arch entity 208.

1.3 make the center of circle line conllinear of arch entity 111, arch entity 112, cylinder 113, arch entity 111 is contained in the arch entity 112, cylinder 113 (Radius₁₁₃＜Radius ₁₁₁) pass arch entity 112, obtain entity 114, that is: Ent do set operation₁₁₄＝Ent ₁₁₂ -(Ent ₁₁₁∪Ent ₁₁₃). The wall thickness of entity 114 is consistent. Entity 115 is the example of entity 100 (also can be entity 101). Entity 115 is affixed on (center of circle line conllinear of the two, the aperture of the two binding face is consistent, the external diameter=Radius of entity 115 on the entity 114₁₁₂), obtain housing 116 (also claiming circumferential positioning tooth cover), that is: Ent do set operation₁₁₆＝Ent ₁₁₄∪Ent ₁₁₅。

2 hinge projections: for ease of injection molded, designed the hinge projection in two kinds of door assembly with hinge and glass in right hand and left holes: hinge projection 210, hinge projection 217. When circumferentially positioning tooth cover 116 can fit over outside the hinge projection tightly (circular hole of entity 116 both ends of the surface and the same internal diameter of pan in the hinge projection), the center of circle line conllinear of entity 116, hinge projection provides the required ridged teeth in circumferential location or sector.

2.1 hinge projection 210: to halfround bar slice 201 (example of semicolumn), cuboid 202, make A₂₀₁、C ₂₀₁With D₂₀₂、F ₂₀₂Overlap respectively (DE₂₀₂＞AB ₂₀₁), then set operation gets entity 204:Ent₂₀₄＝Ent ₂₀₁∪Ent ₂₀₂ If the center of circle line (radius) of halfround bar slice 201 is the center of circle line (radius) of entity 204. Entity 205 is copies of entity 204. Make arch entity 208, entity 204, entity 205 center of circle line conllinear (arch of entity 204 and entity 205 is towards the opposite, the arch head of arch entity 208 towards with the arch head of entity 205 towards vertical, P₂₀₈、Q ₂₀₈、J ₂₀₅、K ₂₀₅Coplanar), entity 204 is affixed (PQ with entity 205₂₀₈＝2MN ₂₀₅；Face _205-1With Face_208-1Overlap; Radius₂₀₈＞Radius ₂₀₄), then obtain entity 209:Ent by following formula₂₀₉＝Ent ₂₀₈-Ent ₂₀₄∪Ent ₂₀₅ Make the center of circle line conllinear of more than 209 copies of entity, and their are connected and front and back are affixed, then these copy works and set operation namely obtain entity 210. During hinge, the through hole at entity 210 centers namely is the pan of being used as to wear axle.

2.2 hinge projection 217: arch entity 214 is copies of arch entity 213. (arch of entity 213 and entity 214 is towards the opposite to replace respectively entity 205 in 2.1, entity 204, arch entity 208 with entity 213, entity 214, arch entity 215, arch entity 215 arch head towards with the arch head of entity 214 towards identical, Radius₂₁₅＞Radius ₂₁₃Radius, the width of entity 215 along the width of X reference axis=2 * entity 213 along the X reference axis), then repeat 2.1 described processes, then get entity 216:Ent by following formula₂₁₆＝Ent ₂₁₅-Ent ₂₁₃∪Ent ₂₁₄ Make the center of circle line conllinear of a plurality of copies of entity 216, their series connection and front and back are affixed, and then these copy works and set operation namely get entity 217. During hinge, the through hole at entity 217 centers namely is the pan of being used as to wear axle.

3 are used for entity and the group of entities of structure stationery type from covering:

3.1 shrouding button protruding 401 is bucking ladders.

3.2 bench vice pin 407: make the upper bottom surface of cylinder 406 (strip) be centered in the bottom surface of cylinder 405 (sheet), then get bench vice pin 407:Ent by following formula₄₀₇＝Ent ₄₀₅∪Ent ₄₀₆。

3.3 arc sheet: along the circumferential quartering, a copy of it is 90 ° of arc plates annulus. 90 ° of arc plates 412 are copies of 90 ° of arc plates 410, and other has cuboid 411. Make A₄₁₀、B ₄₁₀、E ₄₁₁、F ₄₁₁Respectively with C₄₁₁、D ₄₁₁、G ₄₁₂、H ₄₁₂Overlap, then get arc sheet 413:Ent by following formula₄₁₃＝Ent ₄₁₀∪Ent ₄₁₁∪Ent ₄₁₂ Hereinafter described arc sheet all is the example of arc sheet 413.

3.4 entity 424: entity 422 is the copy of entity 407. Make the thin bar of entity 422 run through entity 423 (entity 422 at entity 423 upper bases, the length of stretching out of going to the bottom identical), then get entity 424:Ent by following formula₄₂₄＝Ent ₄₂₂∪Ent ₄₂₃。

3.5 thin cavity 311: make 8 cuboids 301,302,303,304,305,306,307,308 contour and upper (descending) ends that coplanar (cuboid 305,306,307 is the copy of cuboid 304; Cuboid 301,303,308,304 along the Y reference axis with wide; The width of cuboid 302 along the width=cuboid 305 of Y reference axis along the Y reference axis+306 width+2mm along the Y reference axis; Except cuboid 304,308 gap greater than AB₄₂₄Outward, the gap between other adjacent cuboid is 2mm), and consist of group of entities 310 by them. Make entity 424 be centered in cuboid 304 in the group of entities 310,308 along the X reference axis, make the upper bottom surface of upper bottom surface, group of entities 310 of upper surface, the cuboid 309 of entity 424 coplanar, group of entities 310 is included in the cuboid 309 (cuboid 309 aspect ratio group of entities 2mm more than 310), then gets thin cavity 311:Ent by following formula₃₁₁＝Ent ₃₀₉-Ent ₃₁₀∪Ent ₄₂₄ Entity 424 is the bench vice locating hole at the blind hole 311-1 that entity 311 generates. Except the position at bench vice locating hole place, entity 311 be one by rib be divided into a plurality of grid, etc. the thin cavity of wall thickness.

3.6 group of entities 509: inverted isosceles trapezoid platform 505 with cuboid 504 along the X reference axis with wide. Four jiaos of cuboid 504 (being the lengthy motion picture shape) comprise respectively a cuboid 503 copy of (being thin strip) (cuboid 504 is contour with cuboid 503,504 1 Z reference axis of rib and cuboid that each copy respectively has a Z-axis direction to rib overlap fully; Make cuboid 503 these four to copy union to be Ent_tmp), entity 505 (up big and down small bucking ladder) bottom surface is centered in cuboid 504 upper bottom surface (A₅₀₅、 C ₅₀₄、E ₅₀₄Conllinear; B₅₀₅、D ₅₀₄、F ₅₀₄Conllinear), then get entity 507:Ent by following formula₅₀₇＝Ent ₅₀₅∪(Ent ₅₀₄-Ent_tmp)＝ Ent ₅₀₅∪Ent ₅₀₆ Group of entities 509 comprises cuboid 508 and entity 507, FG₅₀₈＞PQ ₅₀₇，FH ₅₀₈Be centered in RP₅₀₇Upper (RP₅₀₇＜FH ₅₀₈, entity 506 stretches out from entity 507 bottom surfaces).

3.7 group of entities 515: circular cone 511 is similar in appearance to circular cone 512, and the bottom surface of circular cone 512 is congruent to the cross section of cylinder 510. Make the bottom surface of circular cone 512 overlap fully with cylinder 510 upper bottom surfaces, then get entity 513:Ent by following formula₅₁₃＝Ent ₅₁₀∪Ent ₅₁₂ In the group of entities 515, entity 513, circular cone 511, cuboid 514 (being laminar) are arranged, entity 513 and circular cone 511 center of circle line (being not parallel to reference axis) conllinear, and the cone point of entity 513 is contained in the circular cone 511, stretch out the bottom surface of circular cone 511 under the cylindrical section of entity 513, the face ABC of circular cone 511 and cuboid 514₅₁₄It is tangent that (tangent line is parallel to Z reference axis and AB₅₁₄ This tangent line is straight line, is the set at all point of contacts), cuboid 514 intersects with entity 513.

3.8 group of entities 605: to cuboid 602 and cuboid 603, AB₆₀₂＝AB ₆₀₃，BC ₆₀₂＜BC ₆₀₃, make BC602 be centered in BC₆₀₃On, then get entity 604:Ent through set operation₆₀₄＝Ent ₆₀₂∪Ent ₆₀₃ Comprise cuboid 601 and entity 604 in the group of entities 605, AE₆₀₄ ＝AD ₆₀₁, make AB₆₀₄、CD ₆₀₄、CD ₆₀₁Coplanar, AB₆₀₄、CD ₆₀₄Be included in the cuboid 601, and entity 604 stretches out from the bottom surface of cuboid 601.

3.9 group of entities 614: in the group of entities 614, cuboid 610, cylinder 611 (being thin rod shape), cuboid 612, cuboid 613 (being laminar) are arranged, AE₆₁₀＝AD ₆₁₂，ABC ₆₁₀With ABC₆₁₂Coplanar (BC₆₁₀Be centered in BC₆₁₂Negative X-axis orientation), cuboid 613 is affixed with cuboid 610 and stretches out cuboid 612 (cuboid 613 is centered in BC₆₁₂Positive Y-axis orientation), cylinder 611 is affixed with cuboid 610 and stretches out cuboid 612 (cylinder 611 is centered in the positive Z axis orientation of cuboid 613).

3.10 group of entities 623: in the group of entities 623, cuboid 620 (sheet), cuboid 621 (sheet), arc sheet 622 are arranged, CE₆₂₀＝EF ₆₂₂， AB ₆₂₀＝CD ₆₂₂，A ₆₂₀、B ₆₂₀Respectively with D₆₂₂、C ₆₂₂Overlap, cuboid 621 penetrates arc sheet 622 (upper bottom surface of the two is coplanar).

3.11 entity 632: to cuboid 630 and cuboid 631, CK₆₃₀＝GM ₆₃₁，AB ₆₃₀＜EF ₆₃₁，BC ₆₃₀Be centered in FG₆₃₁On, then get entity 632:Ent through set operation₆₃₂＝Ent ₆₃₁-Ent ₆₃₀。

3.12 entity 643: cylinder 641 is contour with arch entity 642, Radius₆₄₁＜Radius ₆₄₂ Make cylinder 641 and arch entity 642 center of circle line conllinear, upper bottom surface is coplanar, then gets entity 643:Ent through set operation₆₄₃＝Ent ₆₄₂-Ent ₆₄₁。

3.13 cylinder spacer: make cylinder 651 pass cuboid 652 (being laminar) along the Y reference axis, then get entity 653:Ent by following formula₆₅₃ ＝Ent ₆₅₂-Ent ₆₅₁。

The parts of 4 multifunctional bench clamps and annex:

4.1 bench vice positioning head 812: to isosceles bucking ladder 801 (up big and down small bucking ladder), cylinder 802, cuboid 803, entity 804 (copy of entity 801), Height₈₀₂＜Height ₈₀₃, the upper bottom surface of cylinder 802 is centered in cuboid 803 upper bottom surfaces, CD₈₀₁Be centered in AB₈₃₃On; G₈₀₁、H ₈₀₁、F ₈₀₄Conllinear, F₈₀₄With KJM₈₀₃Coplanar; Then get entity 805:Ent by following formula₈₀₅＝Ent ₈₀₁∪Ent ₈₀₃∪ Ent ₈₀₄-Ent ₈₀₂ The central authorities that make cylinder 809 run through cuboid 808 then get entity 810:Ent by following formula₈₁₀＝Ent ₈₀₈-Ent ₈₀₉ Entity 807 is the example of entity 805. Leave through hole 807-1 at entity 807, make the bottom surface of entity 810 be centered in entity 807 upper surfaces, then get bench vice positioning head 812:Ent by following formula₈₁₂＝Ent ₈₀₇∪Ent ₈₁₀。

4.2 entity 828: entity 823, entity 824 are copies (their incline is parallel to the Z reference axis, and cross section is isosceles right triangle) of straight triangular prism 822. To cuboid 820, cuboid 821, entity 823, entity 824 (four is contour), make CB₈₂₀Be centered in HE₈₂₁On, K₈₂₃、B ₈₂₀Overlap M₈₂₃、E ₈₂₁Overlap, entity 823, entity 824 are about cuboid 820 symmetries, and then entity 825 is the union of these four entities. To entity 825, isosceles trapezoid platform 826, cuboid 827, PN₈₂₆＝FG ₈₂₇，DE ₈₂₅Be centered in FG₈₂₇On, MN₈₂₆Be centered in GH₈₂₇On, AB₈₂₅Be included in the upper bottom surface of entity 827, then get entity 828:Ent by following formula₈₂₈ ＝Ent ₈₂₇-Ent ₈₂₅∪Ent ₈₂₆。

4.3 entity 844: the central authorities that cylinder 837 Z-direction axles run through cuboid 831 get entity 840:Ent by following formula₈₄₀＝Ent ₈₃₁∪Ent ₈₃₇ In the group of entities 842, cylinder 838 is tangent with cylinder 832, and upward bottom surface is coplanar for cylinder 838, cylinder 839 (cylinder 839 is copies of cylinder 838); Point O, P are respectively the center of circle of cylinder 838, cylinder 839 upper bottom surfaces. O₈₃₈、P ₈₃₉、Axis ₈₃₂Coplanar, O₈₃₈、 P ₈₃₉Line vertical and divide Axis equally₈₃₂ To cuboid 834,835,836 (cuboid 834,835 is laminar), Height₈₃₄ ＝Height ₈₃₆，AB ₈₃₄Be centered in AB₈₃₆On, cuboid 834 abuts in CDE₈₃₅Central authorities then get entity 841 (Height by following formula₈₄₁ ＝CD ₈₃₅)：Ent ₈₄₁＝Ent ₈₃₄∪Ent ₈₃₅∪Ent ₈₃₆ Entity 840, entity 841, group of entities 842 are pressed formation shape layout in entity 843; Cylinder 838 in entity 840, entity 841, the group of entities 842, entity 843 are contour and the upper and lower end face is coplanar, and entity 840, cuboid 843 front/rear ends are coplanar, the cylinder 832 in the group of entities 842 along the Y reference axis across cuboid 843, MN₈₄₁At PQ₈₄₃On, Face_841-1Be centered in Face_843-1Central authorities; Then get entity 844:Ent by following formula₈₄₄＝Ent ₈₄₃-Ent ₈₄₀∪Ent ₈₄₁ ∪Ent ₈₄₂。

4.4 kinetoplast 855: group of entities 854 is group of entities 842 copies of (claiming that cylinder 838,839 upper and lower end face are the upper and lower end face of group of entities 842), and entity 853 is copies of entity 841, and entity 852 is examples of entity 825. Threaded column 850, cuboid 851, entity 852, entity 853, group of entities 854 are contour and the upper and lower end face is coplanar; AB₈₅₂Be centered in CD₈₅₁, the central authorities that threaded column 850 Z-direction axles run through entity 852; Group of entities 854, entity 853 are same as group of entities 842, the position of entity 841 in cuboid 843 in the position of cuboid 851; Get kinetoplast 855:Ent by following formula₈₅₅＝Ent ₈₅₁∪Ent ₈₅₂-Ent ₈₅₀∪Ent ₈₅₃∪Ent ₈₅₄。

4.5 decide body 901: to entity 828 and entity 844, make A₈₂₈、B ₈₂₈、C ₈₂₈Overlap respectively and A₈₄₄、B ₈₄₄、C ₈₄₄Overlap, must decide body 901:Ent by following formula₉₀₁＝Ent ₈₂₈∪Ent ₈₄₄ Deciding screwed hole that cooperates with bench vice positioning head through hole 807-1 of body 901 upper surfaces formation.

4.6 bench vice bull stick 737 and magnetic door bolt sheet: to cylinder 731,732,733,734,736 and threaded rod 735, Radius₇₃₁＜Radius ₇₃₂， Radius ₇₃₂＝Radius ₇₃₄，Radius ₇₃₂＞Radius ₇₃₃，Radius ₇₃₃＞Radius ₇₃₅，Radius ₇₃₅＞Radius ₇₃₆Make cylinder 732,733,734,736 and center of circle line conllinear and the front and back of threaded rod 735 connect with being affixed, cylinder 731 passes cylinder 732 (center of circle line of the two intersects vertically), if cylinder 732,733,734,736 and the union of threaded rod 735 be Ent_tmp, get bench vice bull stick 737:Ent by following formula₇₃₇＝Ent_tmp-Ent ₇₃₁ Cannelure 737-1, through hole 737-2 are arranged on the bench vice bull stick 737. Cylinder 738 (being the bench vice turning handle) but through hole 737-2 is advanced in loose fit. A cuboid (laminar permanent magnet), the heart is left a round tube hole therein, namely forms entity 741; Each rib of entity 741, the center of circle line parallel of round tube hole be in reference axis, and a bundle of planes rectangle thin slice 741 that is parallel to the ZX coordinate plane, passes round tube hole center of circle line is divided into magnetic door bolt sheet 742,743.

4.7 bench vice main body (being group of entities 900): a T shape 855-1 of bench vice kinetoplast is cooperated the T shape chute 901-1 that decides body into bench vice; The protruding 812-1 of dovetail on the bench vice positioning head is engaged in bench vice to be decided in the dovetail groove of body and passes hole 807-1 by screw and fix; The bench vice bull stick passes the screw of kinetoplast ordinatedly, and its termination cooperates into the round pool of bench vice positioning head (corresponding to round pool 805-1); Two magnetic door bolt sheet inserts also from rectangle pin-and-hole 901-2 both sides and is stuck in the bench vice bull stick annular groove 737-1 to loose fit; The bench vice turning handle is engaged among the hole 737-2 on the bench vice bull stick, rotates the bench vice turning handle and can make the bench vice kinetoplast mobile point-blank along T shape chute 901-1. The center of circle line that bench vice is decided annex locating hole 901-3,901-4 on the body respectively with the bench vice kinetoplast on the center of circle line conllinear of annex locating hole 855-2,855-3.

4.8 entity 908: make cylinder 902,903 medially abut in cuboid 904 (be laminar, claim substrate) bottom surface along the Y reference axis, then get entity 908:Ent by following formula₉₀₈＝Ent ₉₀₂∪Ent ₉₀₃∪Ent ₉₀₄ Two cylinders of entity 908 can insert annex locating hole 855-2, the 855-3 (or bench vice is decided annex locating hole 901-3, the 901-4 of body) of bench vice kinetoplast ordinatedly.

4.9 wire stripping annex: make the bottom surface of cuboid 905 (being laminar) be centered in the upper bottom surface of entity 908, circular cone 906,907 passes cuboid 905 along the Y reference axis, then gets wire stripping annex 909:Ent by following formula₉₀₉＝Ent ₉₀₈∪Ent ₉₀₅-Ent ₉₀₆∪Ent ₉₀₇ Wire stripping annex 910 is mirror images of wire stripping annex 909, the two insert respectively solid at the bench vice kinetoplast, decide body and namely form a wire stripping.

4.10 bottle cap opener 915: entity 911 is right-angled trapezium along the cross section of ZX coordinate plane. Make A₉₁₁、B ₉₁₁Respectively with C₉₀₈、D ₉₀₈Overlap, then get bottle cap opener 915:Ent by following formula₉₁₅＝Ent ₉₁₁∪Ent ₉₀₈ Bottle cap opener 915 is inserted in bench vice to be decided on the body, consists of bottle opener with the bench vice kinetoplast.

4.11 dazzling annex: entity 923 is the example of entity 908, and its two cylinders can insert the annex locating hole of bench vice kinetoplast (or deciding body) ordinatedly. If the bottom surface center of circle of 923 two cylinders of entity is respectively A, B (their line is AB). Pin 924 is copies of pin 925, and they are along EF₉₂₃Be attached to entity 923 upper bottom surface (EF outward₉₂₃Perpendicular to AB), the spacing of pin 924, pin 925 equals the spacing of standard staple two nail pin, then gets dazzling annex 926:Ent by following formula₉₂₆＝Ent ₉₂₃∪Ent ₉₂₄∪Ent ₉₂₅。

4.12 blade attachment: blade 931 is outer entity 908 upper surfaces that are affixed on medially, then get blade attachment 932:Ent₉₂₃＝Ent ₉₀₈∪Ent ₉₁₃。

The cutter 4.13 crack: tip blade 941 is outer entity 908 upper surfaces that are affixed on medially, then get blade attachment 942:Ent₉₄₂＝Ent ₉₀₈∪Ent ₉₄₁。

4.14 netting twine (telephone wire) crystal head pressure head: to cuboid 1001, cuboid 1002, BC₁₀₀₁＜EF ₁₀₀₂，CH ₁₀₀₁＜FG ₁₀₀₂，AB ₁₀₀₁Be centered in DE₁₀₀₂On, then get dustpan body 1003:Ent by following formula₁₀₀₃＝Ent ₁₀₀₂-Ent ₁₀₀₁ Cuboid 1005 (laminar) is corresponding to crystal head plastics pleat (being used for withholding netting twine stops it to deviate from), the groove of the respectively corresponding crystal head embedding containing metal sheet of a plurality of copies of cuboid 1006 (laminar) (establish Ent_tmp and be the set of these copies), they abut in respectively at the bottom of the chamber of dustpan body 1003, dustpan body 1003 is affixed up and down with entity 908, then obtains crystal head pressure head 1006:Ent by following formula₁₀₀₆＝Ent ₉₀₈∪Ent ₁₀₀₃∪ Ent ₁₀₀₅∪ Ent_tmp. To cuboid 1011 (laminar), dustpan body 1003, CD₁₀₁₁Be centered in AB₁₀₀₃On, dustpan body 1003 is affixed up and down with entity 908, then gets crystal head pressure head 1012 (being used for the location crystal head): Ent by following formula₁₀₁₂＝Ent ₉₀₈∪Ent ₁₀₀₃ -Ent ₁₀₁₁ Crystal head pressure head 1006,1012 is inserted respectively and admittedly decide body annex locating hole at bench vice kinetoplast, bench vice, about the two over against, can press solidly cable in crystal head.

4.15 curve annex: a plurality of copies of cylinder 1021 (center of circle line of these copies is at the upper bottom surface of entity 908) are connected before and after the X reference axis tangently, and they alternately namely form ripple and forming curves annex 1022 at entity 908 to doing union, difference set computing on the entity 908. In like manner, the forming curves annex 1023. Curve annex 1022, curve annex 1023 are inserted admittedly respectively and are decided body annex locating hole at bench vice kinetoplast, bench vice, and the two convex-concave interlocks and can be pressed into the ripple iron wire to the straight line iron wire.

4.16 punching annex: make cylinder 1035 from directly over abut in the upper bottom surface of entity 908, cylinder 1034 passes cylinder 1035 and entity 908 (Axis₁₀₃₅、Axis ₁₀₃₄、Axis ₁₀₃₃Conllinear; Radius₁₀₃₄＜Radius ₁₀₃₅), the upper bottom surface of the bottom surface of cone 1033 and cylinder 1035 is coplanar, then forms punching annex 1036:Ent with perforated pipe 1036-1 by following formula₁₀₃₆＝Ent ₉₀₈∪Ent ₁₀₃₅-Ent ₁₀₃₃∪ Ent ₁₀₃₄ Form round tube hole through the difference set computing at entity 908 by cylinder 1040, namely form punching annex 1041. Punching annex 1041, punching annex 1036 are relatively inserted up and down solid in bench vice, can punch at paper.

The annex 4.17 staple together:

4.17.1 group of entities 2407 has cuboid 2402 (laminar), 2404,2405, PQ₂₄₀₂＞AB ₂₄₀₄ Cuboid 2402,2404 along the Y reference axis with wide; Make Q₂₄₀₂、A ₂₄₀₄Overlap, then keep cuboid 2402 motionless, moving 2mm on the cuboid 2404; Height₂₄₀₅＜Height ₂₄₀₄, cuboid 2405 is the outer DEF that is attached to medially₂₄₀₄。

4.17.2 in the group of entities 2406, cuboid 2401,2403 along the Y reference axis with wide, A₂₄₀₁、A ₂₄₀₃Overlap.

4.17.3 entity 2408:DE₂₄₀₃＝DF ₂₄₀₄+ 2mm; Mobile entity group 2406,2407 makes cuboid 2402 Z-direction axles medially pass cuboid 2401, cuboid 2403; 2404 upper bottom surface is included in the upper bottom surface of entity 2403; Face_2405-1Be centered in Face_2403-1 Obtain entity 2408:Ent by following formula₂₄₀₈＝Ent ₂₄₀₆-Ent ₂₄₀₇。

4.17.4 group of entities 2413: make cylinder 2409 Z-direction axles pass cuboid 2410, then obtain entity 2411:Ent by following formula₂₄₁₁＝Ent ₂₄₁₀-Ent ₂₄₀₉ In the group of entities 2413, entity 2412 is mirror image (AB of entity 2411₂₄₁₁、CD ₂₄₁₂Conllinear).

4.17.5 entity 2414:AB₂₄₀₈＝BC ₂₄₁₃ Schilling BF₂₄₁₁At AC₂₄₀₈On, move group of entities 2413 until E on then₂₄₁₃At AC₂₄₀₈On, obtain entity 2414:Ent by following formula again₂₄₁₄＝Ent ₂₄₀₈∪Ent ₂₄₁₃ The wall 2414-1 carrying magnetic of entity 2414 and inhaling staple lean against on this wall.

4.17.6 catch 2424: cuboid 2421,2423 (all being laminar) along the Y reference axis with wide; Make A₂₄₂₁、B ₂₄₂₃Overlap, thread cylinder 2422 passes cuboid 2423, obtains catch 2424:Ent by following formula₂₄₂₄＝Ent ₂₄₂₁∪Ent ₂₄₂₃-Ent ₂₄₂₂。

4.17.7 group of entities 2426: screw 2425 passes seam 2414-1 on the entity 2414 and cooperates screw 2424-1 on the catch 2424, can be fastened on catch 2424 on the different height of entity 2414.

4.17.8 entity 2435: cylinder 2433, the 2434th, the copy of cylinder 2431. Cylinder 2433,2434 is respectively near rib 2432-1,2432-2, and the front and back outer upper bottom surface that is attached to cuboid 2432 medially, obtains entity 2435:Ent by following formula₂₄₃₅＝Ent ₂₄₃₂ ∪Ent ₂₄₃₃∪Ent ₂₄₃₄。

4.17.9 folding heel piece 2464: cuboid 2461,2462 contour. Make the upper bottom surface of cuboid 2461 be centered in the upper bottom surface of cuboid 2462, cylinder is symmetrical about in the of 2463, cuboid 2462 is run through along the X reference axis symmetrically in front and back, is then obtained waiting the folding heel piece 2464:Ent of wall thickness by following formula₂₄₆₄＝Ent ₂₄₆₂-Ent ₂₄₆₁∪Ent ₂₄₆₃。

4.17.10 group of entities 2477: to semicolumn 2471, cuboid 2474, cuboid 2473, cylinder 2472 (these 4 entities are wide along the X reference axis, and their left and right sides end face is coplanar), FH₂₄₇₁＝DG ₂₄₇₄，AB ₂₄₇₃＜DG ₂₄₇₄ Make C₂₄₇₄、E ₂₄₇₁Overlap, cuboid 2473 is centered in the cuboid 2474, and cylinder 2472 and semicolumn 2471 center of circle line conllinear obtain bull stick 2475:Ent by following formula₂₄₇₅＝Ent ₂₄₇₁∪Ent ₂₄₇₄-Ent ₂₄₇₂∪Ent ₂₄₇₃ In the group of entities 2477, cylinder 2476 is solid in folding heel piece 2464 bull stick 2475 pins.

4.17.11 group of entities 2451: to cuboid 2442,2443, AB₂₄₄₃＝AB ₂₄₄₂+2mm，CD ₂₄₄₃＝BC ₂₄₄₂+ 2mm. Make ABC₂₄₄₂Be centered in CDE₂₂₄₄₃In; Cylinder 2440 passes cuboid 2442 along the X reference axis, obtains entity 2444:Ent by following formula₂₄₄₄＝ Ent ₂₄₄₀∪Ent ₂₄₄₂∪Ent ₂₄₄₃。AB ₂₄₄₁＝AB ₂₄₄₄，BC ₂₄₄₄Be centered in BC₂₄₄₁, obtain entity 2446:Ent by following formula₂₄₄₆＝ Ent ₂₄₄₁-Ent ₂₄₄₄ Cylinder 2496 is copies of cylinder 2495, and the two abuts on the cuboid 2494 (strip) symmetrically, then obtains entity 2497:Ent by following formula₂₄₉₇＝Ent ₂₄₉₄∪Ent ₂₄₉₅∪Ent ₂₄₉₆ Make A₂₄₉₇、B ₂₄₉₇、C ₂₄₉₇Respectively with A₂₄₄₆、B ₂₄₄₆、C ₂₄₄₆Overlap, then obtain entity 2447:Ent by following formula₂₄₄₇＝Ent ₂₄₄₆-Ent ₂₄₉₇ Entity 2448 is copies of entity 2435. Make CD₂₄₄₇Be centered in AB₂₄₄₈, then keep entity 2448 motionless, move down entity 2447 until the upper surface of the two is coplanar; Then obtain entity 2449:Ent by following formula₂₄₄₉＝Ent ₂₄₄₇∪Ent ₂₄₄₈ In the group of entities 2451, CD₂₄₄₇＝CD ₂₄₇₇, group of entities 2477 fits loosely in (A among the groove 2449-1 of entity 2449₂₄₄₉、B ₂₄₇₇Overlap); Permanent magnet cylinder 2450 pins of patchhole h (on entity 2449) enter the seam 2477-1 of group of entities 2477.

4.17.12 cylinder 2484, the 2485th, the copy of cylinder 2481. To cuboid 2482, cuboid 2483, cylinder 2484, cylinder 2485, AB₂₄₈₃Be centered in CD₂₄₈₂, cylinder 2484,2485 front and back symmetry, left and right symmetrically Z-direction axle pass cuboid 2482 ( cylinder 2484,2485 edges, the left and right sides at cuboid 2482), obtain entity 2486:Ent by following formula₂₄₈₆＝Ent ₂₄₈₄ ∪Ent ₂₄₈₅∪Ent ₂₄₈₃∪Ent ₂₄₈₂。

4.17.13 in the group of entities 2487, circular hole h, the f of group of entities 2426 is engaged on bar a, the b of entity 2486. Entity 2486, group of entities 2451 are inserted in respectively the bench vice kinetoplast, bench vice is decided on the body, push away the seam s that staple goes out group of entities 2426 by the push jack 2486-1 on the entity 2486, the staple nail was worn paper and was stretched into folding heel piece 2464, rotate bull stick 2475 and make folding heel piece 2464 round mobile, the staple leg 90-degree bent in folding heel piece 2464.

4.17.14 neat paper angle: entity 1245, the 1246th, the copy of cylinder 1241, cuboid 1242 are copies of cuboid 1243. The cross section of straight triangular prism 1244 is isosceles right triangle, BD₁₂₄₄、AE ₁₂₄₄Respectively perpendicular to Y reference axis, X reference axis. Make A₁₂₄₄、B ₁₂₄₃、C ₁₂₄₂, overlap, be attached to cuboid 1242,1243 upper bottom surfaces to form two cylindrical plug outside the entity 1245,1246, then obtain entity 1247 (entity 1247 among the figure is by turned upside down): Ent by following formula₁₂₄₇＝Ent ₁₂₄₂∪Ent ₁₂₄₃ ∪Ent ₁₂₄₄∪Ent ₁₂₄₅∪Ent ₁₂₄₆ Form screw p, q at entity 1247, namely obtain entity 1248. To straight triangular prism 1251,1252, BC₁₂₅₁、EG ₁₂₅₂Be parallel to the Y reference axis, BD₁₂₅₁、EF ₁₂₅₂Be parallel to the X reference axis. Make A₁₂₅₂At BCD₁₂₅₁On the angular bisector of upper ∠ DBC, then obtain entity 1253:Ent by following formula₁₂₅₃＝Ent ₁₂₅₁∪Ent ₁₂₅₂ Form round tube hole w, v at entity 1253, namely obtain entity 1254. If make A₁₂₄₈、B ₁₂₅₄Overlap, then screw p, the q of entity 1248 respectively with hole w, the v centering of entity 1254, then available screw is clamping between the two a stacker, namely forms neat paper angle. Correspondingly, form two circular holes (claiming neat paper angle locating hole) at stationery type from the bottom surface of lid, when the cylindrical plug of entity 1248 is inserted stationery type tightly from the neat paper angle locating hole of lid, rib 1248-1 and the AB of entity 1248₇₂₆Overlap. During neat paper, stationery type is used as inclined-plane (be inclined-plane base from the lid free end) up from the lid bottom surface, and neat paper angle reclines on it. When stapling together, neat paper angle clamps paper and is kept upright, and staple flatly is pressed into paper.

4.17.15 protect paper tape cutting knife and edge bearing thereof: protecting paper tape 2493 is the long bands of a flexible plastic. Edge bearing 2492 be one with the sheet edge bearing of two circular holes. When stapling together, protect hole e, f that cylinder a, b on the paper tape cutting knife 2491 passes the circular hole of edge bearing 2492 and insert ordinatedly entity 2449; The serrated knife blade c that protects on the paper tape cutting knife 2491 is pressed on the edge bearing 2492 and cuts off it protecting paper tape 2493, and the staple nail climbers after disconnected the protecting paper tape and being bent of staying are pressed and stayed on paper.

5 stationery types are from lid: one is divided into the thin cavity 725 of a plurality of grid by rib, and its hinged end is that a row hinge chain projection (being used for from lid and main cover hinge), free end have the plane pen of two inserted link holes (cooperating with connecting rod) and (namely stitching 726-3) with seam to cheat (cooperate with blade that the next door is screwed be used as plane); Bottom center is vernier balances observation window 726-4 (being used for observing vernier balances); The two row's shrouding buttons that distributing symmetrically on cover hinge end and the free-ended inwall are protruding; With bench vice pin 407 the multifunctional bench clamp pin is fixed in from the bench vice locating hole 725-9 of lid; Respectively there are three to be used for the fixedly wing plate locating hole of wing plate (being wing plate locating hole 725-3,725-4,725-5,725-6,725-7,725-8) from the lid both sides.

5.1 entity 723 is the example of thin cavity 311.

5.2 press the book card draw-in groove: group of entities 710,711,712,713 is the copy (namely comprising 4 copies of entity 508,4 copies of entity 507 in the group of entities 710,711,712,713) of group of entities 509, they are made symmetrically square formation and arrange in group of entities 724, the left and right sides inwall that front and back are symmetrical, left and right symmetrically is affixed on entity 723 (is the left and right sides inwall that the copy of entity 507 is affixed on entity 723; 4 copies of entity 508 and entity 723 are contour and the upper surface is coplanar). Make that ENT_tmp1 is the union of 4 copies of entity 508, ENT_tmp2 is the union of 4 copies of entity 507, then namely forms 4 at entity 723 by following formula through set operation and presses book card draw-in groove: Ent₇₂₃∪ ENT_tmp1-ENT_tmp2. Press the upper end notch of book card draw-in groove that a pair of wedge-like tooth is arranged.

5.3 the shrouding button is protruding: entity 706,707,708,709 is the copy of entity 401, and they are made symmetrically square formation and arrange in group of entities 724, be affixed on the left and right sides internal face (upper bottom surface of these 5 entities is coplanar) of entity 723. These 5 entities are done and set operation namely forms 4 shrouding buttons protruding (being up big and down small bucking ladder) at entity 723.

5.4 inner ear: group of entities 717 is the example of group of entities 623, namely comprises entity 620,621, an example of 622 in the group of entities 717. In the group of entities 724, the rear end face, upper surface, lower surface that makes group of entities 717 is coplanar with rear end face, the upper surface of entity 723, the internal face of going to the bottom respectively. Make that Ent_tmp1 is the union of entity 620 and 621 examples, Ent_tmp2 is the example of entity 622, then forms inner ear through set operation at entity 723 by following formula: Ent₇₂₃-Ent_tmp1∪Ent_tmp2。

5.5 vernier balances observation window: group of entities 716 is the example of group of entities 605, namely comprises entity 601,604 example in the group of entities 716. Make the example (being made as Ent_tmp1) of entity 604 stretch out going to the bottom of entity 723 downwards, the example of entity 601 (being made as Ent_tmp2) bottom surface is affixed on the internal face central authorities that entity 723 is gone to the bottom, and then forms vernier balances observation window: Ent through set operation in entity 723 bottoms by following formula₇₂₃∪Ent_tmp2-Ent_tmp1。

5.6 vernier balances is hidden the hook dustpan: group of entities 714 is the copy of group of entities 614, namely comprises entity 610,611,613, a copy of 612 in the group of entities 714. If Ent_tmp1 is the union of entity 610,611,613 examples, Ent_tmp2 is the example of entity 612. In the group of entities 724, the upper bottom surface of group of entities 714, bottom surface are coplanar with entity 723 upper bottom surfaces, the internal face of going to the bottom respectively; Medially be affixed on the internal face of entity 723 left walls before and after the left side of entity Ent_tmp2, the copy of entity 610 stretches out the rear end face of entity 723 backward, then forms vernier balances by following formula in entity 723 bottoms through set operation and hides hook dustpan (the porose 725-1 of its inwall and finedraw 725-2): Ent₇₂₃∪Ent_tmp2-Ent_tmp1。

5.7 dig the pen hole: group of entities 715 is the example of group of entities 515, namely comprises entity 511,513, an example of 514 in the group of entities 715. In the group of entities 715, establish the example that Ent_tmp1 is entity 511, Ent_tmp2 is the union of entity 513,514 examples, and Face_tmp is corresponding to ABC₅₁₄Face. Make the Face_tmp front and back medially abut in the left side of entity 723 (the upper following respectively conllinear of two faces), then form plane pen hole that band crack: Ent through set operation at entity 723 left walls by following formula₇₂₃∪ Ent_tmp1-Ent_tmp2. Then, cheat screw 726-5 for fixed blade of the other formation of the 726-3 that cracks at the plane pen.

5.8 inserted link hole: in the group of entities 722, cylinder 704, about 705 between two parties, pass entity 723 antethecas along the Y reference axis symmetrically up and down, then forming inserted link hole through set operation at entity 723 rear walls by following formula (is hole 726-1,726-2; Cooperate with connecting rod): Ent₇₂₃- Ent ₇₀₄∪Ent ₇₀₅。

5.9 vernier balances cylinder positioning seat: entity 718,719 is the copy of entity 632. Entity 718,719 lower surface, rear end face abut in respectively entity 723 go to the bottom internal face and a rib wall 723-1, allow these three entities do and set operation just at entity 723 formation vernier balances cylinder positioning seats.

5.10 from the cover hinge projection: entity 702, the 703rd, the copy of entity 210. Make the left side of entity 703, entity 702 medially abut in up and down the entity 723 right sides (center of circle line conllinear of entity 703, entity 702, entity 702 height are less than entity 723), these three entities are done and set operation namely forms two hinge projections in the right side of entity 723.

5.11 wing plate locating hole: in the group of entities 724, entity 700 is the example of entity 643. The copy that makes 6 entities 700 is placed in the middle and extraterrestrial entity 723 front and back walls that are attached to of point symmetry up and down, and these 7 entities are done and set operation namely forms wing plate locating hole 725-3,725-4,725-5,725-6,725-7,725-8 at entity 723.

5.12 vernier balances observation window, vernier balances are hidden the hook dustpan, vernier balances cylinder positioning seat is pressed the straight line layout along the X reference axis, front and back are centered in the entity 723. Group of entities 722 is the another kind of stereograms that form after group of entities 724 rotations. Entity 723 namely becomes entity 725 through process 5.1～5.11, and entity 726 is the another kind of stereogram that forms after entity 725 rotations.

5.13 vernier balances (stationery type is from the annex of lid): vernier balances is connected successively by zeroing screw 2143, zeroing nut 2142, spring 2141, switch-back 2147, vernier 2148, drag hook line 2149, drag hook 2152. The copy of two cylinder spacers 653 is inserted in the vernier balances cylinder positioning seat, and cylinder 2144 is sandwiched in this between the cylinder spacer, is inserted in the hole of cylinder spacer to axle center bar 2146 loose fits of cylinder 2144. Switch-back 2147 is posted among the annular groove 2144-1 on the cylinder 2144 and walks around 180 °. Pine is affixed on transparent scale bar 2151 (transparent scale bar 2151 is a tight fit in the vernier balances observation window, in vernier 2148 outsides) to vernier 2148 across the vernier balances observation window. (2150 is the figure of vernier 2148 scale sides to the graduation mark of vernier 2148, triangled tip wherein is used for skimming reading, one row's parallel lines are used for intensive reading) in the outside, the graduation mark of transparent scale bar 2151 is in the inboard, and vernier 2148 is pasting transparent scale bar 2151 slips (the two scale relation and number reading method are same as slide measure). Zeroing screw 2143 passes hole 725-1 and is engaged in the zeroing nut 2142, in order to regulate the distance of zeroing nut 2142 to plate hole 725-1, thereby can make vernier 2148 reach the purpose of zeroing with scale strip 2151 zero graduation line centerings.

5.14 multifunctional bench clamp (stationery type is from the annex of lid): the T shape of kinetoplast 855 a loose fit ground is buckled and is contained in the T shape chute 901-1 of deciding body 901, the bar head 737-3 of bench vice screw rod 737 (its termination is not threaded) is inserted through screw the T shape head of kinetoplast 855 from deciding body 901 lower ends after, bar head 737-3 inserts in the round pool of bench vice positioning head 812, magnetic door bolt sheet passes the annular groove 737-1 both sides that the oblong aperture 901-2 that decides body 901 is latched in bench vice bull stick 737 ordinatedly, and bench vice screw rod 737 can not be moved vertically; Rotate bench vice screw rod 737 with pulling bar, make kinetoplast 855 and be solidly plugged in accessory part (such as the part of the bench vice annexes such as punching annex, wire stripping annex, dazzling annex, the annex that cracks, line ball annex, the annex of stapling together) moving linearly together on the kinetoplast, and be solidly plugged in the accessory part of deciding on the body 901 and cooperate to finish corresponding function; The part of a bench vice annex (except the annex of stapling together) comprises a substrate, the one side of substrate two cylinders (can insert ordinatedly kinetoplast or decide two annex locating holes on the body) that standing, another side is the shape body (directly cutting is transplanted from present general apparatus) with specific function. The annex of stapling together (is leaned against the staple gear on the wall 2414-1 by the magnetic force suction) in nail chamber 2414-2 by catch 2424, and push jack 2484-1 flatly pushes away staple and makes it to pass the slit that paper enters folding heel piece 2464; Rotating bull stick 2475 makes two folding heel pieces 2464 come and go mobile and nail pin section 90-degree bent in its slit.

6 is computermatic from lid: with being parallel to YZ coordinate plane, process A₂₂₂₁The bundle of planes stationery type be divided into two parts from covering 2221 sections, wherein the part of door assembly with hinge and glass in right hand and left projection is entity 2222. The left side of entity 2222 overlaps fully with the right side of panel computer 2223, and the two also is integrated and namely forms computermaticly from covering 2224, and its hinge position is identical from covering with stationery type.

7 are used for the entity of the main lid of structure:

7.1 entity 2304: entity 2301 is examples of hinge projection 217. Cuboid 2303 is copies of cuboid 2302. Make A₂₃₀₁、C ₂₃₀₁、 B ₂₃₀₁Respectively with D₂₃₀₂、E ₂₃₀₂、F ₂₃₀₃Overlap, then keep entity 2301 motionless, the cuboid 2303 that moves up, cuboid 2302 move 2mm, get entity 2304:Ent by following formula again₂₃₀₄＝Ent ₂₃₀₁∪Ent ₂₃₀₂∪Ent ₂₃₀₃。

7.2 entity 2318: to cuboid 2311 and cuboid 2312, AC₂₃₁₁＝PD ₂₃₁₂，BC ₂₃₁₁Be centered in ED₂₃₁₂, get entity 2313:Ent by following formula₂₃₁₃＝Ent ₂₃₁₁∪Ent ₂₃₁₂ Cuboid 2316 is copies of cuboid 2315. To entity 2313, cuboid 2314, cuboid 2315, cuboid 2316, Height₂₃₁₅＞Height ₂₃₁₃+Height ₂₃₁₄ Make GH₂₁₁₃At PQ₂₃₁₅On, KY₂₃₁₃＝ZV ₂₃₁₄， LK ₂₃₁₃At WZ₂₃₁₄On, MN₂₃₁₃At WU₂₃₁₆On, the upper bottom surface of entity 2313 is centered in cuboid 2317 (sheet) upper bottom surface, gets entity 2318:Ent by following formula₂₃₁₈＝Ent ₂₃₁₅∪Ent ₂₃₁₆∪Ent ₂₃₁₇-Ent ₂₃₁₃∪Ent ₂₃₁₄ Entity 2318 is positioned main when covering free end, groove a, b in the entity 2318 are the dead bolt catching groove.

7.3 entity 2324: to cuboid 2321, cuboid 2322, triangular prism 2323 (its cross section is isosceles right triangle, and two right-angle sides of this isosceles right angled triangle are parallel to respectively X, Y reference axis), PG₂₃₂₁＝AB ₂₃₂₂＝CD ₂₃₂₃，EF ₂₃₂₂＝CQ ₂₃₂₃，EF ₂₃₂₂ ＝CQ ₂₃₂₃，GH ₂₃₂₁Be centered in EF₂₃₂₂，B ₂₃₂₂With D₂₃₂₃Overlap, get entity 2324:Ent by following formula₂₃₂₄＝Ent ₂₃₂₁∪Ent ₂₃₂₂∪Ent ₂₃₂₃。

7.4 semi-circular handle: (cross section of its cross section and pipe 2331 is identical, is planar circular annulus 2332; This planar circular one week of straight line coplanar with this annulus around one, that be parallel to the Z reference axis namely forms annulus 2332) along circumferential 4 five equilibriums, entity 2333. Entity 2334 is wherein two parts. Make end face 2331-1, the 2331-2 of pipe overlap fully with the end face 2333-1 of entity 2333, the end face 2334-1 of entity 2334 respectively, get entity 2335:Ent by following formula₂₃₃₅＝Ent ₂₃₃₁∪Ent ₂₃₃₃∪Ent ₂₃₃₄ The one bundle of planes entity that is parallel to XY coordinate plane five equilibrium about in the of 2335 namely obtains semi-circular handle 2336,2337; Leave two round tube hole a, b (be used for fixed handle and wrap up in band) at semi-circular handle 2337 and namely obtain semi-circular handle 2369.

7.5 thin cavity 2350: cuboid 2342,2343,2344,2345,2346,2347,2348 contour; Cuboid 2341,2349 contour; Height₂₃₄₁＝Height ₂₃₄₂+ 2mm. Cuboid 2346,2347,2348 all is the copy of cuboid 2345. Cuboid 2344 is copies of cuboid 2342. Make cuboid 2341,2342,2343,2344,2345,2346,2347,2348 upper bottom surfaces coplanar, and wherein the gap between adjacent two cuboids is 2mm, and they are included in (upper bottom surface of their upper bottom surface and cuboid 2349 is coplanar) in the cuboid 2349; If Ent_tmp is cuboid 2341,2342,2343,2344,2345,2346,2347,2348 union, then must be waited the thin cavity 2350:Ent of wall thickness by following formula₂₃₅₀＝Ent ₂₃₄₉-Ent_tmp。

8 main lids: one is divided into the thin cavity of a plurality of grid by rib, and its two hinged end respectively has a row hinge chain projection (be used for from lid or base basket hinge); Its free-ended hinge projection stands on the main plate face that covers so that hinge is attached to main covering in free-ended can the closing from lid of main lid; Cover stiff end near main, be thick with a plurality of short ribs; Its shrouding button is protruding, the distribution of wing plate locating hole and same from covering; Being positioned on the free-ended semicircular ring handle of main lid has two to be used for the circular hole that fixed handle is wrapped up in band; The dead bolt catching groove of free end inboard cooperates with the dead bolt of combination padlock (seeing below literary composition).

8.1 group of entities 2358,2359,2360,2361 is the copy of group of entities 509; Entity 2362,2363,2364, the 2365th, the copy of entity 401; Group of entities 2368 is examples of group of entities 623; Entity 2366, the 2367th, the copy of hinge projection 210. Continue to use stationery type from the forming process of lid corresponding position, thin cavity 2350 form four press that book card draw-in grooves, four shrouding buttons are protruding, inner ear, a ranking be in the hinge projection of side.

8.2 entity 2352,2355 is the copy of entity 2304; Entity 2353 is the example of entity 2318. Make entity 2351,2352,2353,2354,2355,2356 (with wide, entity 2351,2354,2356 is cuboid along the X reference axis for they) that along a straight line that is parallel to the Y reference axis, connect in front and back with being affixed; Entity 2351,2353,2354,2356 upper bottom surface and H₂₃₅₂Coplanar, and A₂₃₅₁、 B ₂₃₅₂、C ₂₃₅₃、D ₂₃₅₄、E ₂₃₅₅、F ₂₃₅₆Conllinear; A₂₃₅₀、G ₂₃₅₁Overlap; A₂₃₅₁With CD₂₃₅₀Conllinear; F₂₃₅₆At BE₂₃₅₀On; Then, entity 2350,2351,2352,2353,2354,2355,2356 is done and set operation, i.e. the shape hinge projection that stands on main cover plate face in a row on thin cavity 2350.

8.3 through process 8.1,8.2, and at thin cavity 2350 formation wing plate locating hole 2370-1,2370-2,2370-3,2370-4,2370-5,2370-6 (its forming process is same as from the wing plate locating hole that covers), can form the master and cover 2370.

9 top frames 1110: in the group of entities 1101, all cuboids are contour, bottom surface is coplanar; Wherein, cuboid A, G, H, I, K are wide and front end face is coplanar along the Y reference axis, and are arranged in the place ahead of cuboid B; Cuboid C, D, E, F are wide and front end face is coplanar along the Y reference axis, and are arranged in the rear of cuboid B; Gap between adjacent two cuboids all is 2mm. Group of entities 1101 is contour with cuboid 1102. Make group of entities 1101 be contained in the cuboid 1102, and bottom surface is coplanar, is then obtained waiting the framework 1103:Ent of wall thickness by following formula₁₁₀₃＝Ent ₁₁₀₂-Ent ₁₁₀₁ Entity 1104 is examples of hinge projection 217. In the group of entities 1105, entity 1106 is examples of hinge projection 210, and entity 1107 is copies of entity 1106, entity 1108, the 1109th, entity 1106,1107 mirror image; A₁₁₀₆、B ₁₁₀₈、C ₁₁₀₉、 E ₁₁₀₇Linking up is a rectangle (limit of this rectangle is parallel to X or Y reference axis) that is parallel to the XY coordinate plane. AB₁₁₀₃＝AB ₁₁₀₅ Entity 1104a is the copy of entity 1104, the center of circle line conllinear (can overlap after the two translation) of the two. Make BC₁₁₀₄At AB₁₁₀₃On, A₁₁₀₄At CD₁₁₀₃On; F₁₁₀₆At (AD₁₁₀₆Mid point) EF₁₁₀₃On, the some A of semicircular ring handle 2336₂₃₃₆、B ₂₃₃₆At GH₁₁₀₃On, then obtain top frame 1110:Ent by following formula₁₁₁₀＝Ent ₁₁₀₃∪Ent ₂₃₃₆∪Ent ₁₁₀₅∪Ent ₁₁₀₄∪Ent _1104a。

10 connection boxes 1114: group of entities 1113 is copies of group of entities 1105. Cuboid 1112 is long with wide together with cuboid 1102. Cuboid 1111, cuboid 1112 are contour. Make cuboid 1111 be contained in the cuboid 1112 and the upper bottom surface of the two coplanar; Two copies of group of entities 1113 are positioned at respectively the outside of cuboid 1112 upper and lower sides, and (method that is positioned entity 1103 with 9 described group of entities 1105 is identical; Top frame 1110, connection box about in the of 1114 over against the time, group of entities 1105,1113 hinge projection are interlaced with each other along the Y reference axis; If Ent_tmp is the union of these two copies), then obtained waiting the connection box 1114:Ent of wall thickness by following formula₁₁₁₄＝Ent ₁₁₁₂∪Ent_tmp-Ent ₁₁₁₁。

11 end baskets 1213:

11.1 entity 1124: group of entities 1123 is copies of group of entities 1105. Cuboid 1121 is long with wide together with cuboid 1102, Height₁₁₂₂＝Height ₁₁₂₁+ 2mm. Make cuboid 1121 be contained in the cuboid 1122 and the upper bottom surface of the two coplanar; Group of entities 1123 is positioned at the outside (method that is positioned entity 1103 with 9 described group of entities 1105 is identical) of cuboid 1122 upper ends, is then obtained waiting the entity 1124:Ent of wall thickness by following formula₁₁₂₄＝Ent ₁₁₂₂∪Ent ₁₁₂₃-Ent ₁₁₂₁。

11.2 group of entities 1204: to cuboid 1201,1202,1203, Height₁₂₀₂＝Height ₁₂₀₃＝2Height ₁₂₀₁，AB ₁₂₀₂＜AB ₁₂₀₁＜AB ₁₂₀₃； BC ₁₂₀₂＝BC ₁₂₀₃＞BC ₁₂₀₁ Make AB₁₂₀₂、AB ₁₂₀₁All be centered in AB₁₂₀₃On, obtain group of entities 1204:Ent with notch (such as notch 1204-1) by following formula₁₂₀₄＝Ent ₁₂₀₂-Ent ₁₂₀₁∪Ent ₁₂₀₂。

11.3 end basket 1213: four 1204 copies (notch down) (are established Ent_tmp1 and are the union of these four copies) at four angles of entity 1124 outer bottoms by the square array layout symmetrically; Two copies of cuboid 1211 (establish Ent_tmp2 and be the union of these two copies) Z-direction axle passes the end of entity 1124, gets on earth basket 1213:Ent by following formula₁₂₁₃＝Ent ₁₁₂₄∪ Ent_tmp1-Ent_tmp2. A copy of 1204 forms a base basket positioning strip draw-in groove, so four jiaos of base basket positioning strip draw-in grooves that respectively distributing of end basket back.

12 connectors:

12.1 connecting rod 1236: entity 1224, the 1225th, the copy of arch entity 1223. The thickness of cylinder 1226 is T₁₂₂₆。T ₁₂₂₆＝2AB ₁₂₂₃， Radius ₁₂₂₆＝Radius ₁₂₂₃+ 2mm. Entity 1224, entity 1225, cylinder 1226 center of circle line conllinear; Entity 1224,1225 arches stick together towards the oppositely; The face 1224-1 of entity 1224 overlaps with the face 1226-1 of cylinder 1226, is then obtained the entity 1227:Ent of central zone through hole by following formula₁₂₂₇＝Ent ₁₂₂₆-Ent ₁₂₂₄∪Ent ₁₂₂₅ Then a plurality of copies center of circle line conllinear of entity 1227, front and back are together in series with being affixed and do and set operation namely obtains entity 1228. The thickness of cylinder 1231 is T₁₂₃₁；T ₁₂₃₁＝ 2AB ₁₂₃₂ Make the face 1232-1 of cuboid 1232 medially pass Face_1231-1(Face _1232-1、Face _1231-1Coplanar), then obtain entity 1233:Ent by following formula₁₂₃₃＝Ent ₁₂₃₁-Ent ₁₂₃₂ Entity 1234 is examples of entity 1228, and entity 1235 is copies of entity 1233. Make entity 1233,1234,1235 center of circle line conllinear, front and back be affixed successively series connection (the same external diameter of three of ground; Entity 1235,1233 notch form two rectangular through holes accordingly all towards 1234), then obtain connecting rod 1236:Ent by following formula₁₂₃₅＝Ent ₁₂₃₃ ∪Ent ₁₂₃₄∪Ent ₁₂₃₅ Respectively there is a rectangular through holes at connecting rod 1236 two ends.

12.2 hinge axis: entity 1601 is examples of connecting rod 1236. The center of circle line conllinear of cylinder 1602 (sheet), entity 1601 and being affixed gets hinge axis 1603:Ent by following formula₁₆₀₃＝Ent ₁₆₀₁∪Ent ₁₆₀₂。

12.3 connector: entity 1315,1316, the 1317th, with the copy of externally threaded cylinder 1314. In the group of entities 1318, entity 1315,1316,1317 center of circle line pairwise orthogonal and intersect symmetrically that (establishing this intersection point is O₁₃₁₈). Make O₁₃₁₈Overlap with the centre of sphere of ball 1319, then obtain connector 1320 (through hole that contains three quadratures): Ent by following formula₁₃₂₀＝Ent ₁₃₁₉-Ent ₁₃₁₈。

12.4 connector transfer tube: make cuboid 1311 (sheet) medially pass across with externally threaded pipe 1312 (cooperating with the screwed hole of connector 1320), then obtain connector transfer tube 1313:Ent by following formula₁₃₁₃＝Ent ₁₃₁₂-Ent ₁₃₁₁。

12.5 a ring latch: to be annulus (its radial section is rectangle) after 90sly become along circumferentially clipping circular arc bar 1564. With being parallel to Axis₁₅₆₁And about Axis₁₅₆₁Two bundle of planes cylinders 1561 (sheet) symmetrical, that be parallel to each other cut and are divided into three parts, and middle part is entity 1562 (entity 1562 can insert the rectangular through holes of connector transfer tube, the rectangular through holes of hinge axis 1236 tightly). External diameter=the Radius of circular arc bar 1564₁₅₆₁，AB ₁₅₆₄＝2CD ₁₅₆₂ Make HCG₁₅₆₂、AEF ₁₅₆₄Coplanar, the arc HC of entity 1562 is centered in the arc AF of circular arc bar 1564, then obtains a ring latch 1565:Ent by following formula₁₅₆₅＝Ent ₁₅₆₄∪Ent ₁₅₆₂ On the ring latch 1565, the radian of two sections concentrics enclosed for one rectangular (can cooperate into the through hole of connecting rod two ends) greater than 90 ° identical circular arc bar (can wrap ordinatedly be buckled in connecting rod outer) and is clipped in the middle.

13 base baskets and base basket positioning strip:

13.1 the base basket: entity 1349 is copies of end basket 1213. Internal face at the bottom of 1349 baskets of entities is divided into two parts to 1349 sections of entities, and part is entity 1350 on it. Entity 1401 is copies of top frame 1110. Obtain entity 1402 (namely with handle and hinge projection, without the framework of bottom surface) along cut minute entity 1401 with the plane that is parallel to the XY coordinate plane. Entity 1403 is copies of entity 1350. Make A₁₄₀₃、A ₁₄₀₂Overlap, then get basic basket 1404:Ent by following formula₁₄₀₄＝Ent ₁₄₀₂∪Ent ₁₄₀₃ It is the handle (wrapping up in the band bundle together by handle) of annulus that handle on the base basket 1404 cooperates up and down the formation cross section with the main handle that covers; Contain many roots bar in the thin chamber of its hinged end; Hinged end is the arch projection that a row contains pan; , there are two slits (such as slit 1403-1) (the soft band of Shu Shuyong passes this two slits) at the basket end.

13.2 base basket positioning strip: cuboid 1421,1422 (being all sheet) along the Y reference axis with wide. Cuboid 1423 is strip, Height₁₄₂₃ ＝Height ₁₄₂₂ Make A₁₄₂₁、B ₁₄₂₂Overlap, 6 copies of cuboid 1423 are done the arrangement of 2 * 3 matrixes, and (wherein rib a, the b of 3 copies, c are at CD₁₄₂₂On, rib d, the e of 3 copies, f are at EF in addition₁₄₂₁On; If Ent_tmp is the union of these 6 copies), get entity 1424:Ent by following formula₁₄₂₄＝Ent ₁₄₂₁∪Ent ₁₄₂₂-Ent_tmp. To cuboid 1426,1425, make A₁₄₂₆、B ₁₄₂₅Overlap, then obtain entity 1427:Ent by following formula₁₄₂₇＝Ent ₁₄₂₅∪Ent ₁₄₂₆ Entity 1428 is copies of entity 1427. Make E₁₄₂₇、F ₁₄₂₈At CD₁₄₂₄On, then obtain base basket positioning strip 1429:Ent with two root bars by following formula₁₄₂₉＝Ent ₁₄₂₄∪Ent ₁₄₂₇∪ Ent ₁₄₂₈ Base basket positioning strip 1429 is like this symmetrical and equidistantly leave a plurality of rectangle notches (cooperating with the base basket positioning strip draw-in groove of base basket bottom rear) and form one L shaped curved long section.

14 stool plates 1307: pipe 1303,1304,1305, the 1306th, the copy of pipe 1302 (band internal thread), they are made square formation and arrange and abut in 1,301 four jiaos of rectangular plates (establishing Ent_tmp and be pipe 1303,1304,1305,1306 union), then obtain stool plate 1307:Ent by following formula₁₃₀₇＝Ent ₁₃₀₁∪ Ent_tmp. On 1,307 four jiaos of the stool plates a tapped open tubular column is arranged respectively.

Other of 15 wing plates and wing plate: in the group of entities 1341, entity 1341-1 is the example of entity 643, and entity 1341-2 is the copy of entity 1341-1, A₁₃₄₁、B ₁₃₄₁、C ₁₃₄₁、D ₁₃₄₁Being connected in turn is a rectangle (limit of this rectangle is parallel to X or Y reference axis) that is parallel to the XY coordinate plane. Make AD₁₃₄₁(depending on AD₁₃₄₁Be a line segment) be centered in AB₁₃₄₄On, cylinder 1342 outer cuboid 1344 (tabular) upper bottom surface, the AB of being attached to₁₃₄₄Other; (the two respectively has a rib and AB to two copies of entity 1343₁₃₄₄Overlap, establish Ent_tmp and be the union of these two copies) be attached to cuboid 1344 upper bottom surfaces, group of entities 1341 both sides outward symmetrically, then get wing plate 1347:Ent by following formula₁₃₄₇＝Ent ₁₃₄₁∪ Ent ₁₃₄₂∪Ent ₁₃₄₄∪ Ent_tmp. One plate face of the wing plate 1347 shape bodies such as two other jacks of wing plate (such as other jack 1347-1 of wing plate), wing plate button column 1347-2 that namely distributing. Make the orthogonal cylinder 1345 of center of circle line, 1,346 one ends intersect, then get the other 1348:Ent of wing plate by following formula₁₃₄₈＝Ent ₁₃₄₅∪Ent ₁₃₄₆ Other of wing plate inserts the other jack of wing plate ordinatedly. Wing plate other (in the other jack of wing plate), wing plate button column 1347-2 can insert ordinatedly from the wing plate locating hole of lid or main lid..

16 book buckets:

16.1 entity 1335: cuboid 1333 is copies of cuboid 1331 (strip), Height₁₃₃₂＜Height ₁₃₃₁ Make AB₁₃₃₂Be centered in AB₁₃₃₁，CD ₁₃₃₂Be centered in CD₁₃₃₃, cylinder 1334 passes cuboid 1333,1331 along the Y reference axis, then obtains entity 1335:Ent by following formula₁₃₃₅＝Ent ₁₃₃₁∪Ent ₁₃₃₂∪Ent ₁₃₃₃-Ent ₁₃₃₄。

16.2 book bucket pin: the front end face of cylinder 1383 is centered in the rear end face of cylinder 1382 (sheet); Radius₁₃₈₀＝Radius ₁₃₈₃＜ Radius ₁₃₈₁ Cylinder 1380,1383 center of circle line quadratures and intersect (establish intersection point and be a some O), the centre of sphere of ball 1381 overlaps with putting O, and then following formula obtains book bucket pin 1384:Ent₁₃₈₄＝Ent ₁₃₈₁∪Ent ₁₃₈₂∪Ent ₁₃₈₃-Ent ₁₃₈₀。

16.3 book bucket: to cuboid 1351,1352, AB₁₃₅₂＝CD ₁₃₅₁+2mm，AE ₁₃₅₂＝CF ₁₃₅₁+2mm，Height ₁₃₅₂＝Height ₁₃₅₁+ 2mm. Make A₁₃₅₂、C ₁₃₅₁Overlap, then following formula obtains entity 1354:Ent₁₃₅₄＝Ent ₁₃₅₂-Ent ₁₃₅₁ Entity 1355 is copies of entity 1354. Among Figure 13 (d), entity a, b, c, d are the copy of cuboid 1353 (sheet), and they pass respectively the end or the wall of entity 1355. Entity a edge is perpendicular to overlapping with entity c after the plane translation of X reference axis; Entity b, d can overlap with entity a, c after the translation of X reference axis. Respectively entity 1355 is done the difference set computing with entity a, b, c, d, then entity 1355 is become entity 1356 with notch e, notch f, oblong aperture k, oblong aperture h. The copy that comprises 4 entities 1335 in the group of entities 1357, A₁₃₅₇、B ₁₃₅₇、C ₁₃₅₇、D ₁₃₅₇Being connected in turn is a rectangle (limit of this rectangle is parallel to X or Y reference axis) that is parallel to the XY coordinate plane. Entity 1354 around X, Y reference axis rotate respectively 15 ° and obtain interior low outside high entity 1354a (F_1354aBe higher than O_1354a，G _1354aBe higher than O_1354a). Make group of entities 1357 pass FOG_1354a, then along FOG _1354a1357 sections of group of entities are divided into up and down two parts, and the bottom of establishing wherein is Ent_tmp, then obtains book bucket 1364:Ent by following formula₁₃₆₄＝Ent _1354a∪ Ent_tmp. Book bucket 1364 is one by in twos mutually perpendicular bottom surface, two containers that wall consists of, and four jiaos of its bottom rear respectively have a fork-shaped pin (such as fork-shaped pin 1364-1; Round tube hole on the fork-shaped pin is called fork pin pin eye, passes for book bucket pin); Four fork-shaped foot plate surfaces are coplanar, and are when being placed on horizontal plane, low outer high in the book bucket bottom surface. In like manner, with entity 1356 displacement entities 1354, can obtain another kind of book bucket, a wall of this book bucket is the wall with jack, bottom surface band notch. By the some A of cuboid 1358,1359 (all being sheet) at cuboid 1361 (tabular)₁₃₆₁The place forms a T shape button 1372 that cooperates with the notch e of entity 1356 (group of entities 1374 is the position 1372 after amplifying); By cuboid 1360 (sheet) at 1361 B of cuboid₁₃₆₁The place forms a plug 1371 that cooperates with the oblong aperture k of entity 1356 (group of entities 1373 is the position 1371 after amplifying), obtain at last book bucket dividing plate 1363, its position T shape button 1372, plug 1371 can insert respectively the notch of book bucket bottom surface, the hole of wall ordinatedly.

17 baskets: entity 1413 is the example of entity 643, and entity 1414 is the mirror image of entity 1413. To cuboid 1411,1412, Height₁₄₁₂＝Height ₁₄₁₁+ 2mm. Make the upper bottom surface of cuboid 1411 be centered in the upper bottom surface of cuboid 1412, A₁₄₁₄、C ₁₄₁₂Overlap B₁₄₁₃、 D ₁₄₁₂Overlap ( entity 1414,1413 symmetries are in cuboid 1412 both sides), then obtained waiting the pen basket 1415:Ent of wall thickness by following formula₁₄₁₅＝Ent ₁₄₁₂ ∪Ent ₁₄₁₃∪Ent ₁₄₁₄-Ent ₁₄₁₁ Pen basket 1415 can be positioned in the main side (its locate mode and wing plate are together) of covering.

18 press book card:

18.1 hook bar 1520: cylinder 1502 is the copies with cylinder 1501. Make cylinder 1501,1502 partly be contained in cuboid 1503 (cylinder 1501,1502 staggers up and down), the center of circle of the center of circle of cylinder 1501 left sides, cylinder 1502 right sides is respectively at CE₁₅₀₃、AB ₁₅₀₃On, so get entity 1504:Ent₁₅₀₄＝Ent ₁₅₀₃-Ent ₁₅₀₂∪Ent ₁₅₀₁ Entity 1506 is the mirror image of entity 1504. The cross section of straight quadrangular 1505 (also claiming coattail strip) is isosceles trapezoid. Make AB₁₅₀₅Be centered in AB₁₅₀₄On, entity 1506 entity 1504 that reclines symmetrically, so entity 1507:Ent₁₅₀₇＝Ent ₁₅₀₄∪Ent ₁₅₀₆-Ent ₁₅₀₅ To cuboid 1511 (sheet), cylinder 1512, Height₁₅₁₁＝2Radius ₁₅₁₂，C ₁₅₁₂The center of circle for cylinder 1512 right sides. Cuboid 1511 around 15 ° of X reference axis rotations, is made AB₁₅₁₁Mid point, C₁₅₁₂Overlap, so get entity 1513:Ent₁₅₁₃＝Ent ₁₅₁₁∪Ent ₁₅₁₂ Make cylinder 1516 medially the Z-direction axle run through cuboid 1515, so entity 1517:Ent₁₅₁₇＝Ent ₁₅₁₅-Ent ₁₅₁₆ Round tube hole in the entity 1517 is used for forming slide opening at the hook bar. Make A₁₅₀₇、B ₁₅₀₇Respectively with A₁₅₁₃、B ₁₅₁₃Overlap, so get entity 1519:Ent₁₅₁₉＝Ent ₁₅₁₃∪ Ent ₁₅₀₇ Make CD₁₅₁₇Be centered in CD₁₅₁₄So, get entity 1518:Ent₁₅₁₈＝Ent ₁₅₁₄∪Ent ₁₅₁₇。CD ₁₅₁₄＝AB ₁₅₀₇, make A₁₅₁₉, A1518 overlaps, so hook bar 1520:Ent₁₅₂₀＝Ent ₁₅₁₈∪Ent ₁₅₁₉。

18.2 U-shaped tooth bar:

18.2.1 along the circumferential quartering, a copy of it is entity 1433 (limit of its rectangle end face 1433-1 is parallel to X or Y reference axis) an annulus (its radial cross-section is rectangle). Straight triangular prism 1431 (its cross section is isosceles right triangle, and the right-angle side of this isosceles right angled triangle is parallel to X or Z reference axis), cuboid 1432 (strip), entity 1433 along the Y reference axis with wide. A plurality of copies of straight triangular prism 1431 abut in cuboid 1432 bottom surface (these copies corresponding to AC₁₄₃₁Rib, front and back phase ground connection is at DE₁₄₃₂Upper series connection, and begin to occupy DE from right-hand member₁₄₃₂More than half section; If Ent_tmp is the union of these copies), E₁₄₃₃、F ₁₄₃₂Overlap, then obtain entity 1434:Ent by following formula₁₄₃₄＝Ent ₁₄₃₂∪Ent_tmp∪Ent ₁₄₃₃。

18.2.2 U-shaped tooth bar: cuboid 1522 intersects (cuboid 1522 Z-direction axles stride across cylinder 1521) partly with cylinder 1521, then must be with the cylinder 1529:Ent of notch by following formula₁₅₂₉＝Ent ₁₅₂₁-Ent ₁₅₃₂ Entity 1532 is examples of entity 1434; Entity 1534 is mirror images of entity 1532. Entity 1531 is the copy of entity 1529, and 1533 is the mirror image of entity 1531. Cuboid 1527, cuboid 1528, entity 1532 along the Y reference axis with wide. Make CD₁₅₂₈Be centered in AB₁₅₂₇On; Make first E₁₅₂₈、 A ₁₅₃₂Overlap F₁₅₂₈、D ₁₅₃₄Overlap, then (this straight line is through B around a straight line₁₅₃₂, be parallel to the Y reference axis) 15 ° of entity 1532 rotations, in like manner rotate entity 1534 and make it with entity 1532 about entity 1528 symmetries; The circular end surface of entity 1531 abuts in the face m of entity 1532, and entity 1533 similarly abuts in entity 1534 corresponding faces; Then get U shape tooth bar 1535:Ent by following formula₁₅₃₅＝Ent ₁₅₃₁∪Ent ₁₅₃₂∪Ent ₁₅₃₃∪Ent ₁₅₃₄∪Ent ₁₅₂₇∪Ent ₁₅₂₈。

18.3 semicolumn slide block 1542: entity 1539,1540 is respectively the copy of entity 1527,1528 (entity 1527 along the width of X reference axis greater than entity 1528). Along circumferential 4 five equilibriums, entity 1536 namely is a copy of it (limit of the rectangle upper surface of entity 1356 is parallel to X or Y reference axis) a cylinder. Entity 1541 is mirror images of entity 1536. Entity 1536, cuboid 1538, entity 1539, entity 1540, entity 1541 along the Y reference axis with wide. CE₁₅₃₈＝DF ₁₅₄₁ Make A₁₅₃₆、B ₁₅₃₈Overlap; C₁₅₃₈、D ₁₅₄₁Overlap; The bottom surface of cylinder 1537 is centered in the upper bottom surface of cuboid 1538; DE₁₅₄₀Be centered in AB₁₅₃₉；FG ₁₅₄₀Be centered in BC₁₅₃₈, then obtain semicolumn slide block 1542:Ent by following formula₁₅₄₂＝Ent ₁₅₃₆∪Ent ₁₅₃₇∪Ent ₁₅₃₈∪Ent ₁₅₄₁_Ent ₁₅₃₉∪Ent ₁₅₄₀ Cylinder 1537 is converted into the vertical bar of cylinder on the entity 1542, can insert ordinatedly the slide opening on the hook bar.

18.4 pressure book card: door bolt bar 1546 is copies of coattail strip 1505. In the group of entities 1547, be stuck in the notch of two cylinders of U-shaped tooth bar 1535 by being inserted in door bolt bar 1546 among the hook bar 1520 dovetail groove 1520-1, tooth bar is constrained in hook bar 1520 both sides, and the protruding fastening of T shape of U-shaped tooth bar the lowest point is engaged in the T shape notch of semicolumn slide block 1542 (but sliding in the slide opening of its cylinder vertical bar loose fit ground on the hook bar). Group of entities 1547 is the pressure book card. Press the notch wedge-like tooth of book card draw-in groove, lean on the elastic force of U-shaped tooth bar to be engaged in the roller seating space of pressing the book card both sides, the stressed flank of tooth of the two moves towards vertical with pressing book card, makes and presses book card not deviate from.

19 common shroudings: a flat board, the shape bodies such as shrouding button pawl are distributing on an one full light of plate face, another plate face.

19.1 shrouding slip limiting plate: cuboid 1550, cuboid 1552, cuboid 1553 are contour, they all with straight quadrangular 1554 (its cross section is right-angled trapezium) along the Y reference axis with wide. Schilling AB₁₅₅₀Be centered in AB₁₅₅₁On, CD₁₅₅₂Be centered in CD₁₅₅₁On, (this straight line is through B around a straight line cuboid 1551 again₁₅₅₂, be parallel to the Y reference axis) 20 ° of rotations; EF₁₅₅₂With EF₁₅₅₃Overlap F fully₁₅₅₄With F₁₅₅₃Overlap, then get shrouding slip limiting plate 1556:Ent by following formula₁₅₅₆＝Ent ₁₅₅₀∪Ent ₁₅₅₁∪Ent ₁₅₅₂∪Ent ₁₅₅₃∪Ent ₁₅₅₄。

19.2 shrouding button pawl 1609: to cuboid 1606,1607,1608, Height₁₆₀₆＝Height ₁₆₀₇＝2 Height ₁₆₀₈，CD ₁₆₀₈＝AB ₁₆₀₇ Make AB₁₆₀₆Be centered in CD₁₆₀₇，CD ₁₆₀₈With CD₁₆₀₇Overlap fully, then obtain shrouding button pawl 1609:Ent by following formula₁₆₀₉＝Ent ₁₆₀₆∪ Ent ₁₆₀₇-Ent ₁₆₀₈。

19.3 common shrouding: entity 1620,1623,1626, the 1629th, the copy of shrouding button pawl 1609, front and back are symmetrical, left and right symmetrically is distributed on the cuboid 1611 (tabular) A₁₆₁₁、B ₁₆₂₀、C ₁₆₁₁、D ₁₆₂₃Coplanar. Cuboid 1619, the 1624th, the copy of cuboid 1613 (strip), front and back are symmetrical, left and right symmetrically abuts in cuboid 1611 (tabular) upper bottom surface; Cuboid 1612 with cuboid 1624 along the Y reference axis with wide, B₁₆₁₂At AC₁₆₂₄On. Cuboid 1621,1622,1627, the 1628th, the copy of entity 1616, front and back are symmetrical, left and right symmetrically is distributed on the opposite side of cuboid 1611 (tabular) left and right sides A₁₆₁₁、A ₁₆₂₁、C ₁₆₁₁、B ₁₆₂₂Conllinear. Cuboid 1617, the 1618th, extraterrestrial cuboid 1611 (tabular) upper bottom surface () that is affixed on of the copy of cuboid 1614 (being positioned at the forward position of cuboid 1611) left-right symmetry. If Ent_tmp is entity 1620,1623,1626,1629,1619,1624,1621,1622,1627,1628,1617,1618 union, obtain common shrouding 1630:Ent by following formula₁₆₃₀＝Ent_tmp-Ent ₁₆₁₂ The full light of plate face of shrouding 1630, another plate face shape bodies such as shrouding button pawl 1630-2 that distributing, its left and right sides plate is distributing two row's shrouding button pawls symmetrically (such as 1630-2 along upper front and back, with protruding cooperation of shrouding button from lid or main lid), header board is along row's on-slip convex body (such as on-slip convex body 1630-3) is arranged, near inserting set shrouding slip limiting plate 1556 among the oblong aperture 1630-5 among the rib 1630-6 on rear plate edge; Shrouding 1630 is buckled in main lid or from lid the time, presses book card to insert in main lid or the pressure book card slot from cover by four notches (such as notch 1630-1) of shrouding 1630.

20 magnetic wordpads write out lines by nib for the magnetic pen 2505 of strong magnetic pole makes under the clear glass two look magnetic cylinders in the thin chamber switch back and forth between two stable states. Wherein, two look magnetic cylinder plane earths are arranged in the thin chamber (being surrounded by clear glass, magnetic cylinder fence, weak magnetic sheet) of the weak magnetic sheet of tight note; Strong magnetic sheet in three layers of magnetic sheet, weak magnetic sheet mutual exclusion and in thin chamber, form zero magnetic field face (can be idealized as a plane that is parallel to magnetic sheet plate face); Magnetic grain 2502 in the two look magnetic cylinders can be stabilized in upside or the downside of zero magnetic field face; The magnetic grain is in the center of half magnetic cylinder, and the two look magnetic cylinders that are in stable state externally present a kind of color only; The hole of clear glass, magnetic cylinder fence, strong magnetic sheet, weak magnetic sheet is centering up and down, is passed these holes and is cooperated to advance nut and they integrators by bolt.

20.1 two look magnetic cylinders: two look magnetic cylinders 1681 are one section pipe (its length are slightly larger than its diameter). Along the plane passing two look magnetic cylinders, 1681 center of circle lines, be parallel to the YZ coordinate plane, two look magnetic cylinders about 1681 are divided into entity 1682,1683. Entity 1682 only has a kind of color, and entity 1683 also only has a kind of color; The color of the two is different significantly. Entity 1682 does not contain magnetic material, is called without half of magnetic. Along two planes that are parallel to the XZ coordinate plane, entity 1683 (calling half magnetic cylinder) cut be divided into entity 1684,1685,1686 ( entity 1684,1686 is mirror image each other, does not contain magnetic material). Along two planes that are parallel to the XY coordinate plane, 1685 sections of entities are divided into entity 1687,1688,1689, and (entity 1687,1688 is mirror image each other, do not contain magnetic material), entity 1689 (is made with permanent-magnet materials, be called the magnetic grain) be in the center of half magnetic cylinder 1683, its magnetic pole radially distributes.

But 20.2 two look magnetic cylinders of fixation: establish plane M and be the interface without half of magnetic, plate magnetic cylinder in the two look magnetic cylinders, with being parallel to plane M and about two planes (being made as plane N, P) of plane M symmetry, be two look magnetic cylinder subdivisions three parts, but be sandwiched in the two look magnetic cylinders that part between plane N, the P is fixation. But two look magnetic cylinders of fixation are the mutation of two look magnetic cylinders, and they all are called magnetic cylinder.

20.3 magnetic cylinder fence: cylinder 1640, cuboid 1643 are contour. 1. in the group of entities 1646, the upper bottom surface of all entities is coplanar, four copies of cuboid 1643 (thin strip) are made " well " font and are arranged (the center of two copy cross sections, be called the well point), 16 copies of cylinder 1640 are evenly distributed by 4 * 4 square formations, respectively there is the copy of a cylinder 1640 each well point, and all entities are done and set operation namely obtains group of entities 1649. 2. the upper bottom surface of cylinder 1641 is centered in the bottom surface (Radius of cylinder 1642₁₆₄₁＜Radius ₁₆₄₂), obtain entity 1648:Ent by following formula₁₆₄₈＝Ent ₁₆₄₁∪Ent ₁₆₄₂ Cylinder 1641 is high together with group of entities 1649. 3. to cuboid 1644,1645, Height₁₆₄₅＝Height ₁₆₄₄，ABC ₁₆₄₄Be centered in ABC₁₆₄₅In, obtain entity 1647:Ent by following formula₁₆₄₇＝Ent ₁₆₄₅-Ent ₁₆₄₄。Height ₁₆₄₇＝Height ₁₆₄₁ Make group of entities 1649 be centered in (the two upper bottom surface is coplanar) in the entity 1647, each cylinder in the group of entities 1649 contains the copy (the two center of circle line conllinear and upper bottom surface are coplanar) of a cylinder 1641, if Ent_tmp is the union of whole copies of cylinder 1641, this obtains magnetic cylinder fence 1650:Ent by following formula₁₆₅₀＝Ent ₁₆₄₇∪Ent ₁₆₄₉-Ent_tmp. Magnetic cylinder fence 1650 comprises a plurality of grid, a grid can only hold the two look magnetic cylinders (such as two look magnetic cylinders of 10 * 10 arrays) of limited quantity, thereby guarantee that the magnetic cylinder fence is in when standing state, the bottom two look magnetic cylinder load-bearing in the grid are enough little, can be rotated easily by magnetic pen.

20.4 three layers of magnetic sheet: weak magnetic sheet 1651, strong magnetic sheet 1653, long with wide together without magnetic sheet 1652 (not containing any magnetic material), 16 circular holes (evenly distributing by 4 * 4 arrays) are all as one man distributing. Magnetic strength was evenly distributed (in the large magnetic plate that a plurality of magnetic sheets assemblies form near the pole orientation of weak magnetic sheet 1651, strong magnetic sheet 1653 was parallel to Z reference axis and plate face, except the border of large magnetic plate, the magnetic strength of single magnetic sheet distributes and all can do so idealized processing). Three layers of magnetic sheet 1654 fitted successively over against ground about in the of 1653 by weak magnetic sheet 1651, without magnetic sheet 1652, strong magnetic sheet and formed; Wherein the pole orientation of weak magnetic sheet 1651 is opposite with the pole orientation of strong magnetic sheet 1653; If the magnetic strength coefficient of weak magnetic sheet 1651 is k1, the magnetic strength coefficient of strong magnetic sheet 1653 is k2, then k2＞k1 (such as k2=8k1); The magnetic line of force of three layers of magnetic sheet is perpendicular to its plate face (its edge part exception); Magnetic strength coefficient without the thickness of magnetic sheet 1652, magnetic sheet is relevant with the radius of two look magnetic cylinders, and namely the display resolution with required is relevant. Among Figure 25, entity 2501 is transparency glass plate; Permanent magnet 2502 is the magnetic grain in the two look magnetic cylinders 2504, and its pole orientation is along two look magnetic cylinders, 2504 radial distribution; Magnetic sheet 1651,1653 median plane (the i.e. plane of a magnetic sheet of five equilibrium up and down, it is parallel to the XY coordinate plane) between distance be g, d is that arbitrfary point A is to the distance of weak magnetic sheet 1651 upper bottom surfaces, the magnetic force that F (d) is subject at an A for the magnetic grain on the magnetic cylinder (magnetic force upwards, then magnetic force for just; Otherwise for negative); Curve 2506 is a F (d)-d relation curve. Point C is the limit of curve 2506; The point B place of curve 2506, namely during d=OB (OB is the line segment on the d reference axis), F (d)=0. The radius R m ≈ OB of magnetic cylinder. The AC section of curve 2506, F (d) monotone increasing, point B is between an A, some C, without external force the time, magnetic cylinder magnetic grain or be stabilized in d=0 place (one of bistable state of two look magnetic cylinders, or be stabilized in d=2Rm (two of the bistable state of two look magnetic cylinders is called the stable state 2 of two look magnetic cylinders) stable state 1 that is called two look magnetic cylinders); When being in stable state, the suffered torque of two look magnetic cylinders is 0. Because the magnetic grain is in the center of half magnetic cylinder, when being in stable state, two look magnetic cylinders only externally manifest wherein a kind of color.

20.5 entity 2505 is magnetic pens, being fitted up and down by the permanent magnet of a cylinder and a taper type forms. The permanent magnet position of magnetic pen is called nib, and when nib reclined transparency glass plate 2501 upper bottom surface, the magnetic cylinder magnetic grain under it can only be in stable state 2. In like manner, permanent magnetic strips (title Magnetic brush) opposite with written magnetic pole, transparency glass plate 2501 upper bottom surfaces that recline make the magnetic cylinder magnetic grain under it can only be in stable state 1.

20.6 board base bar: board base bar 1656 be one with lamellar rectangular of a plurality of round tube holes (being array distribution), with the magnetic cylinder fence along the Y reference axis with wide, its length is that the magnetic cylinder fence is along the integral multiple of X reference axis width; Radius and the distributed dimension thereof of the round tube hole on the board base bar 1656 are consistent with the through hole of magnetic cylinder fence.

20.7 board connection strap: the plane along being parallel to the YZ coordinate plane, 1656 sections of board base bars are divided into two parts, one of them part band two row through hole, this part is board connection strap 1655.

20.8 board lead-in: board base bar 1657,1658 longitudinally piece together end-to-end lean on after, two row through holes of board connection strap 1655 respectively from splicing place two row through holes (belong to respectively different board base bar) up and down over against, then with two row nuts the three is fastened together; In this way many board base bars are longitudinally coupled together, namely form the board lead-in of all lengths.

20.9 transparency glass plate: transparency glass plate 1671 is long with wide together with the magnetic cylinder fence, and the identical through hole of the distributed dimension that distributing (makes the upper bottom surface of 1648 copies of entity be contained in the transparency glass plate upper bottom surface, then does the difference set computing and form a up big and down small through hole at transparency glass plate; In like manner, form other through hole).

20.10 magnetic wordpad: 1. three layers of magnetic sheet are piled to the assembly of ground, hole in the hole on the board lead-in, and (inside is thick with two look magnetic cylinders to stack a magnetic cylinder fence over against ground on each three layers of magnetic sheet; Be covered with a transparency glass plate on each magnetic cylinder fence, the radius that the transparency glass plate through hole outside is one section is larger), then allow screw pass successively transparency glass plate, magnetic cylinder fence, three layers of magnetic sheet, board lead-in, be a tight fit in again (end face of head of screw and transparency glass plate outer face are coplanar) in the nut, namely form magnetic wordpad 1659 (being that magnetic wordpad 1659 is group of entities that comprise all these entities formations). If but 2. two look magnetic cylinders of magnetic cylinder fixation, then first nutting makes transparency glass plate leave magnetic cylinder fence certain distance, and magnetic cylinder can be rotated freely, then writes; Write complete after, nutting makes transparency glass plate be close to plane on the magnetic cylinder side again, at this moment external magnetic force can not make magnetic cylinder.

The shrouding of 21 carrying magnetic boards:

21.1 in the group of entities 2202, the copy of two row cylinders 2200 (copying B to being in such as copy A) front and back are outer cuboid 2201 (tabular) upper bottom surface that is affixed on symmetrically. Group of entities 2206 comprises group of entities 2202 and cuboid 2203 (tabular), and cuboid 2203 bottom surfaces are centered in cuboid 2201 (tabular) upper bottom surface, and cuboid 2203 is sandwiched between the row of two in the group of entities 2202 cylinder; Height₂₂₀₃＝Height ₂₂₀₀ The length of cuboid 2205 (tabular) and width are respectively greater than cuboid 2201 length and width; Entity 2207 (entity 2207 among Figure 22 (a) is by turned upside down) is the union of all entities in the group of entities 2206; Height₂₂₀₅＝ Height ₂₂₀₇＝Height ₂₂₀₁+Height ₂₂₀₀ In the group of entities 2209, the cylinder on the entity 2207 points to negative Z reference axis, and the upper bottom surface of entity 2207 is centered in the upper bottom surface of cuboid 2205.

21.2 entity 2208 is examples of common shrouding 1630, the upper bottom surface of entity 2208 is shiny surface. Make the upper bottom surface of the entity 2205 in the group of entities 2209, be centered in the upper bottom surface of entity 2208; Then obtain entity 2211:Ent by following formula₂₂₁₁＝Ent ₂₂₀₈∪Ent ₂₂₀₅- Ent ₂₂₀₇ Entity 2211 central authorities are square windows. Magnetic wordpad 2212 is examples of magnetic wordpad 1659. By the hole in bolt and the entity 2211 (such as hole h), a plurality of copies of magnetic wordpad 2212 are fixed in the square window of entity 2211 central authorities; Magnetic wordpad, entity 2211 upper bottom surfaces are coplanar, have namely formed the shrouding of carrying magnetic board, and namely group of entities 2213.

22 gravity type buttons: during without external force, gravity makes permanent magnet make its resistance value less away from mistor; During keystroke, external force makes permanent magnet make its resistance value become large near mistor. So the gravity type button is converted into button operation the resistance signal that can survey.

22.1 button kinetoplast: a) cylinder 1704 outer ends that are attached to cuboid 1702 (sheet) upper bottom surface obtain entity 1708:Ent by following formula₁₇₀₈＝Ent ₁₇₀₄∪Ent ₁₇₀₂ Make the upper surface of entity 1708 be centered in the upper surface of cylinder 1701, Height₁₇₀₁＝Height ₁₇₀₈+ 1mm, the right-hand member of entity 1708 stretches out the side of cylinder 1701, then gets entity 1714:Ent by following formula₁₇₁₄＝Ent ₁₇₀₁-Ent ₁₇₀₈ Form the air channel (not shown among Figure 17) of many up/down perforations at the cylindrical side of entity 1714, and turned upside down namely obtains entity 1716. The lower surface of tapped pipe 1713 is centered in the upper surface of entity 1716, then gets entity 1718:Ent by following formula₁₇₁₈＝Ent ₁₇₁₆∪Ent ₁₇₁₃ B) upper bottom surface of cylinder 1707 is centered in cylinder 1706 bottom surfaces, then gets entity 1710:Ent by following formula₁₇₁₀＝Ent ₁₇₀₇∪Ent ₁₇₀₆ In the group of entities 1709,8 copies of cylinder 1703 (establish Ent_tmp and be the union of these 8 copies) and the upper bottom surface of cuboid 1705 coplanar (upper bottom surface of cuboid 1705 is square, and the mid point on this foursquare each summit and each limit is on the center of circle line of 1 copy of cylinder 1703); Height₁₇₀₅＝2Height ₁₇₀₃, then get entity 1712:Ent by following formula₁₇₁₂＝Ent ₁₇₀₅-Ent_tmp。Height ₁₇₀₆＝Height ₁₇₀₃；Radius ₁₇₀₆＝Radius ₁₇₀₃ The upper bottom surface of entity 1710 is centered in the upper bottom surface of entity 1712, then gets entity 1715:Ent by following formula₁₇₁₅＝Ent ₁₇₁₂-Ent ₁₇₁₀ Change the number of the copy of cylinder 1703 in the group of entities 1709, in like manner can obtain entity 1719 and entity 1720. C) button kinetoplast: group of entities 1721 namely is the button kinetoplast, by the screw that is a tight fit in entity 1718 cylinder B loose fit be enclosed within the outer entities 1715 of 1718 of entities or entity 1719 or entity 1720 and constrain in above the entity 1718; Entity 1718 can rotate freely with respect to entity 1715. Button kinetoplast end face central screw position still remains a round pit.

22.2 keyseat: a) two of cylinder 1731 copies (establish Ent_tmp and be the union of these two copies) 1733 veneers of cylinder be clipped in the middle (three's center of circle line conllinear), this three is medially passed by cylinder 1734; Radius₁₇₃₁＞Radius ₁₇₃₃ Get entity 1738:Ent by following formula₁₇₃₈＝Ent_tmp∪Ent ₁₇₃₃-Ent ₁₇₃₄ B) in the group of entities 1739, cylinder 1737 medially passes across cuboid 1735, and entity 1740 is the union of the two. C) height of cuboid 1736 (tabular) is less than the height of the pipe 1732 of side band circular hole A; The center of circle line of the circular hole A of pipe 1732 is vertical with the center of circle line of pipe 1732 and coplanar, and (establishing this face is plane P, plane P is parallel to the ZX coordinate plane), (the plate face of two copies all is parallel to plane P to two copies of cuboid 1736 about the plane P symmetry, a side of copy is between pipe 1732 inside and outside walls), three's upper bottom surface is coplanar, and entity 1742 is this three's union. D) Radius₁₇₃₁＝Radius ₁₇₃₂ Entity 1740 is coplanar with entity 1742 upper bottom surfaces, and translation entity 1740 makes it symmetrical about plane P, and the cylinder on the entity 1740 passes riser on the entity 1742 along the Y reference axis; Cuboid on the entity 1740 passes the cylindrical wall of entity 1742 along the X reference axis; The upper bottom surface of entity 1741 overlaps fully with the bottom surface of entity 1742, then gets key base 1743:Ent by following formula₁₇₄₃＝Ent ₁₇₄₂∪Ent ₁₇₄₁-Ent ₁₇₄₀ Going to the bottom and leave a plurality of through holes as passage (cooperate the air channel on the entity 1714, the suffered air damping of button kinetoplast can be ignored) near the side of going to the bottom at key base 1743.

22.3 gravity type button: fine rule 1754, one ends are fastened on the ringlet of pendant ball 1753, and the other end fastens that (namely shape is same as the permanent magnet of entity 1710, and it follows closely bar end an eyelet at magnetic nail A; The nail bar of magnetic nail A is upward through the hole of entity 1718 lower surfaces, and the radius of its ailhead is greater than this hole) follow closely on the eyelet of bar end; Cylinder 1751 fits loosely among hole B, the C of keyseat 1750. In the group of entities 1755, button kinetoplast 1721 fits loosely in the keyseat 1750, a screw passes the hole of keyseat 1750 sides tightly, fits loosely in the groove (being the groove 1718-1 of entity 1718) of button kinetoplast 1721 sides, makes button kinetoplast 1721 can not deviate from keyseat 1750. Group of entities 1755 is a gravity type button (pattern 1 that is called the gravity type button, multi-zone keyboard hereinafter, glove-type input peripheral adopt the gravity type button of this pattern). Group of entities 1756 is part sectioned views of gravity type button 1755, and the entity c in the group of entities 1756 is a mistor.

22.4 during without external force, pendant ball 1753 borrows that deadweight is drop-down walks around the flexible cord 1754 that rotating shaft 1751, an end glue are fixed in button kinetoplast 1721 bottoms, make 1721 risings of button kinetoplast and remain on a high position, be positioned at the permanent magnet A of button kinetoplast 1721 lower end central authorities away from the mistor c that is positioned at keyseat 1750 bottom circular holes (this moment, its resistance was less); During keystroke, button kinetoplast 1721 moves down, and permanent magnet A is near mistor c (this moment, its resistance was larger). So gravity type is converted into button operation by bond energy the change in resistance of mistor c.

22.5 when the cannelure of keyseat bottom is fitted loosely in thin plate the hole in the time, because the center of circle line of button kinetoplast (comprising the pendant ball) deviation of gravity center keyseat, no matter which kind of attitude the gravity type button is in, the button kinetoplast all is in the state of " in the keyseat to overhanging " without external force the time, namely mistor c is away from the permanent magnet A of button kinetoplast 1721 lower ends. A button kinetoplast cooperates a keyseat namely to form a gravity type button.

22.6 button sticks up bar 1578: to cuboid 1570, cuboid 1572, cylinder 1571, make A₁₅₇₀、B ₁₅₇₂Overlap, cylinder 1571 left and right symmetricallies are transverse in cuboid 1570 both sides, then get entity 1573:Ent by following formula₁₅₇₃＝Ent ₁₅₇₀∪Ent ₁₅₇₁∪Ent ₁₅₇₂ Entity 1576 is examples of entity 1573. Leave through hole c at entity 1576, and in through hole c, fix a permanent magnet, namely form button and stick up bar 1578. Cylinder 1571 is converted into the rotating shaft of entity 1578. The rotating shaft that button sticks up bar 1578 is stuck up between the center of gravity, through hole c of bar 1578 between button.

22.7 stick up the bar cavity volume: entity 1574 is mirror images of entity 1573. To entity 1573, entity 1574, cuboid 1575, Height₁₅₇₃＜Height ₁₅₇₅, make entity 1573,1574 upper surface all be contained in the upper surface of cuboid 1575, the left side of entity 1573,1574 right side are included in respectively left side, the right side of cuboid 1575, then get entity 1577:Ent by following formula₁₅₇₇＝Ent ₁₅₇₅-Ent ₁₅₇₃-Ent ₁₅₇₄ Leave respectively circular hole a, b on two cavity 1577-1,1577-2 on the entity 1577, entity 1577 becomes entity 1579, and cavity 1577-1,1577-2 namely become and stick up bar cavity volume 1579-1,1579-2. Stick up circular hole in the bar cavity volume and (a) be used for installing mistor such as circular hole. Circular hole 1579-3 in the entity 1579 then is called and sticks up bar and turn the hole; Entity 1579 has two to stick up bar and turn the hole.

22.8 what make that button sticks up that bar 1578 fits loosely in entity 1579 sticks up bar cavity volume 1579-2, the rotating shaft that button sticks up bar 1578 fits loosely in of entity 1579 and sticks up bar and turn the hole. During without external force, the permanent magnet that button sticks up in the bar 1578 sticks up from the mistor (in circular hole b) that sticks up in the bar cavity volume; During keystroke, the permanent magnet that button sticks up in the bar 1578 moves down and touches mistor. In like manner, stick up bar cavity volume 1579-1 to what button stuck up that bar 1580 fits loosely in entity 1579 again, namely form group of entities 1581. In the group of entities 1581, it namely is a gravity type button (pattern 2 that is called the gravity type button, optical mouse hereinafter adopt the gravity type button of this pattern) that a button sticks up bar.

23 optical mouses: catch key information on the mouse and mouse displacement information and it is sent, its button is the gravity type button, single-chip microprocessor MCU, is processed periodically key information, the displacement information that these voltage signals obtain mouse and is contacted attitude information by statistic period T a (Ta is the integral multiple of Ts) by software with sampling period Ts sample periodically mistor and voltage corresponding to color sensor by variable connector 2690.

23.1 unit battle array: 9 colored grids seamlessly piece together 3 * 3 square formations (i.e. the square formation of 3 row, 3 row) in the plane, and each grid is square (such as the square of 1mm * 1mm), only has a kind of color in the grid. Table 1 with rgb format expressed each grid color (row number corresponding X coordinate, grid row are number large, then its X coordinate is also large; The corresponding Y coordinate of line number, the grid line number is large, its Y coordinate is also large).

23.2 colored lattice-array: a plurality of unit battle array is seamlessly pieced together a square formation namely form colored lattice-array. Form a square scrobicula at wing plate; In the scrobicula of letterweight on wing plate with colored lattice-array, namely form a mouse pad with a clear glass flat board.

23.3 a color sensor comprises two photodiode D_G、D _BDetect respectively green glow, blue light light intensity. Color sensor can be told dot (such as the round dot of the radius=0.2mm) color of its several centimeters in dead ahead.

23.4 photodiode value attitude: the scope by the ratio place of the corresponding voltage of photodiode and reference voltage determines three kinds of values are arranged: 0,1,2 according to the definition of value attitude signal. With photodiode D_GBe example, establish it with reference to diode D_RAll the time (the rgb format color on this plane is (0 over against a plane, 128,128), namely with the same color of unit battle array grid (2,2)), other has 4 constant VDl, VDm1, VDm2, VDH (all is positive number, and VD1＜VDm1＜VDm2＜VDh, for example, VD1=0.3, VDm1=0.8, VDm2=1.2, VDH=1.6). If the voltage that DG, DR are corresponding is respectively V_G、V _R，D _GThe value attitude be St, then have: if 1. V_G/V _R＜VD1, then St=0; If 2. VDm1＜V_G/V _R＜VDm2, then St=1; If 3. V_G/V _R＞VDh, then St=1.

23.5 a two-dimension displacement decision method is by the photodiode detected light information and be translated into two-dimension displacement, the photodiode D in the color sensor_G、D _BRespectively corresponding X, Y displacement. D_GSweep at colored lattice-array and to move, its corresponding value attitude signal step ground changes, by the definition of unit battle array as can be known: move if forward is swept, the rising edge quantity of this value attitude signal is greater than trailing edge quantity (ratio of the two approximates 2 times), otherwise trailing edge quantity can determine the positive and negative of displacement accordingly less than rising edge quantity; Single-chip microcomputer is by voltage corresponding to sampling period Ts (such as 1 millisecond) sampling blue sensor, the diode D in software analysis obtains statistic period T a_GThe quantity Qs of value attitude signal rising edge and the quantity Qx of trailing edge, Vx is the X displacement of color sensor in the statistic period T a, | Vx|=Qs+Qx; Such as Qs 〉=Qx, Vx 〉=0, otherwise, Vx＜0. In like manner can get the Y displacement Vy of color sensor. Colored lattice-array is put together by the unit battle array; A unit battle array seamlessly is put together by 3 * 3 gusts (table 1 is battle array grid position, unit and its RGB colouring information corresponding relation) by 9 colored grids.

Table 1 (the RGB color table of unit battle array grid)

23.6 mouse structure: the upper bottom surface of cylinder 2233 is centered in the upper bottom surface of cylinder 2234, and the union of the two is entity 2239. The upper bottom surface of cylinder 2233 is centered in the bottom surface of cylinder 2235, and the union of the two is entity 2238. Wherein, Height₂₂₃₅＜Height ₂₂₃₄， Radius ₂₂₃₅＜Radius ₂₂₃₄。Height ₂₂₃₉＝Height ₂₂₃₁, the upper bottom surface of entity 2239 is contained in the upper bottom surface of cuboid 2231, then gets entity 2241:Ent by following formula₂₂₄₁＝Ent ₂₂₃₁-Ent ₂₂₃₉ Cylinder 2233 medially runs through cuboid 2236, gets entity 2240:Ent by following formula₂₂₄₀＝Ent ₂₂₃₆-Ent ₂₂₃₃ Entity 2242 is examples of entity 1579, contains button and sticks up bar a, b. Entity 2243 is copies of entity 2240. The color of the upper bottom surface rgb format of cuboid 2232 is (0,128,128), namely is same as the color of table 1 grid (2,2). Make entity 2240, cuboid 2232, entity 2243 abut in 2242 sides of entity, 2241 abut in another side of entity 2242; Entity 2241,2242 bottom surfaces are coplanar; The bottom surface of entity 2240 is higher than 2242 bottom surface; Cuboid 2232, entity 2242 bottom surfaces are coplanar, entity 2243 be suspended in cuboid 2232 directly over; This union is entity 2244 (being the entity of mouse). Diode D1, D2 among Figure 26 (d) is placed among the position p of entity 2244 (corresponding to the low side of the hole h1 of entity 2240); Diode D3, D4 among Figure 26 (d) is placed among the position q of entity 2244 (corresponding to the low side of the hole h3 of entity 2243); Mistor Rm among Figure 26 (d) is in the h2 of the hole of entity 2244, directly over the entity 2238 (permanent magnet is with in its top, also in the h2 of hole, i.e. mouse contact head). Entity 2238 stretches out the lower surface 2mm of entity 2244 downwards; When putting entity 2244 on the table, the lower surface of the lower surface of entity 2238 and entity 2244 is coplanar, and permanent magnet touches mistor Rm.

23.7 among electrical schematic diagram: Figure 26 (e), PIN photodiode D1, the D2 in color sensor receives respectively the green glow, the blue light that come from the mouse pad reflection; PIN photodiode D3, D4 in another color sensor receives respectively next green glow, the blue light of face m reflection from entity 2244; Mistor Ry, Rz, Rm be right button, left button, the contact head of corresponding mouse respectively. By the I/O holding wire of the single-chip microprocessor MCU output gating address as variable connector 2690. If during the switch s1 gating in the variable connector 2690, produce voltage V through resistance R 10 at an A_A；V _AAfter amplifying, the circuit that resistance R 11, resistance R 12, operational amplifier 2691, resistance R 13, resistance R 14, operational amplifier 2692 form in a B input single-chip microprocessor MCU, is converted into data signal V by the A/D converter of single-chip microprocessor MCU inside again_D1 Like this, single-chip microprocessor MCU is switch s1, s2, s3, s4, s5, s6, the s7 of gating variable connector 2690 in turn, and touring ground obtains respectively the voltage V corresponding to D1, D2, D3, D4, Ry, Rz, Rm_D1、V _D2、V _D3、V _D4、 V _Ry、V _Rz、V _Rm、V _D1、V _D3Corresponding to the X displacement; V_D2、V _D4Corresponding to the Y displacement. Single-chip microprocessor MCU includes memory. Single-chip microprocessor MCU is sent displacement, button or contact attitude signal through Serial Port Line SIO by reference format.

23.8 software flow:

23.8.1 global variable: 1. Np is the number of timed interrupt cycle; Interruption of every generation, Np increases progressively 1. Nmax is positive integer, and Np is incremented to Np 〉=Nmax, and main program is processed a secondary data, then makes Np=0, and hence one can see that, Ta=Nmax * T_s。②Q _FX、Q _RXBe respectively D1 value attitude signal trailing edge counting, rising edge counting; Q_FY、Q _RYBe respectively trailing edge counting, the rising edge counting of D2 value attitude signal. 3. KRClicked, KLClicked are respectively the keystroke sign of right mouse button, left button; KRClicked, KLClicked can only (0, key corresponding to expression operates without keystroke for 0 or 1; 1, key corresponding to expression has the keystroke operation). 4. OldRStmr, oldLStmr are that (this value attitude can only be 0 or 1 for time new value attitude of right mouse button, left button. The value of value attitude is 0, and key corresponding to expression is not pressed; Otherwise, represent that this key is pressed). St_D1、St _D2Be respectively the last look attitude of photodiode D1, D2. OldSt_D1、oldSt _D2Be respectively time new value attitude of photodiode D1, D2. 5. contacting attitude sign touch (the value attitude of touch=mistor Rm) can only be for 0 or 1 (touch=0, the expression mouse is unsettled; Otherwise, expression mouse contact desktop). 6. Vl, Vh are respectively two voltage thresholds corresponding to mistor; If Vmax is V_RmMaximum (mistor Ry, Rz, Rm and the mistor of hereinafter mentioning, all mutually the same), Vmin is V_RmMinimum of a value, Vmin＜Vl＜Vh＜Vmax (for example, Vl=0.7Vmin+0.3Vmax, Vh=0.3Vmin+0.7Vmax) then.

23.8.2 the value attitude of mistor: the last look attitude of establishing mistor R is St, and its corresponding voltage is V_R, then: if 1. V_R＜Vl, then St=1; If 2. Y_R＞Vh, then St=0; If 3. Vl＜V_R＜Vh, then time new value attitude of St=mistor R. Other mistor and hereinafter described mistor, its value attitude definition herewith. The value attitude of button and the mistor value attitude in this button are together.

23.8.3 the value attitude of photodiode D1, D2: photodiode D1 receives green glow, and it is photodiode D3 with reference to diode. 1. St_D1=0, expression photodiode D1 is the grid of (0, x, x) over against the RGB color; 2. St_D1=1, expression photodiode D1 is the grid of (128, x, x) over against the RGB color; 3. St_D1=2, expression photodiode D1 is the grid of (255, x, x) over against the RGB color. Here, x is uncertain value. (it is photodiode D4 with reference to diode to the photodiode D2 of reception blue light, V_D2Reference voltage be V_D4), its value attitude can the like.

23.8.4 main program flow chart (being Figure 26 (a)): this is an Infinite Cyclic flow process. Such as Np＜Nmax, main program is only done idle loop. Such as Np 〉=Nmax, export corresponding mousebutton key through step 2603-step 2606 according to keystroke sign KRClicked, KLClicked first; Then obtain the absolute value of mouse X (Y) displacement in step 2607. Through step 2608-step 2611, judge the positive and negative of mouse X (Y) displacement and produce mouse X (Y) displacement. Then through step 2612-2616 basis (Vx²+ Vy ²) the scope at value place Vx, Vy are amplified 1 or 16 or 64 times (LV, HV are two empirical values, LV＜HV). Export mouse X (Y) displacement coding and make Np=0 by serial ports through step 2617.

23.8.5 Interruption service routine flow chart (being Figure 26 (b)): revise V through step 2621-step 2622 first_D1、V _D2The counting of rising edge, trailing edge; Obtain again keystroke sign KRClicked, the KLClicked of mouse left and right press key through step 2623-step 2624; Obtain mouse contact attitude sign touch through step 2625, step 2626 increases progressively 1 rear end to Np. Step 2621,2622 is carried out by flow process Figure 26 (d). Step 2623,2624 is carried out by flow process Figure 26 (c).

23.8.6 Figure 26 (d) is a module, its input parameter is: (tmpOldSt, QF, QR are the pointer type variable for tmpOldSt, V, VR, QF, QR; Value such as them changes, and corresponding external variable also synchronously changes its value). To step 2621, tmpOldSt, V, VR, QF, QR correspond respectively to oldSt_D1、V _D1、V _D3、Q _FX、Q _RX To step 2622, tmpOldSt, V, VR, QF, QR correspond respectively to oldSt_D2、V _D2、V _D4、Q _FY、Q _RY The running of Figure 26 (d) is: at first, step 2630 is assigned to St (St is the built-in variable among Figure 26 (d), is used for the value of temporary value attitude) to the value of time new value attitude tmpOldSt of photodiode. Such as V＜0.3VR, then the last look attitude of diode=0 is temporary in St to this last look attitude in step 2632; Then revise the counting of diode values attitude trailing edge through step 2633-2634, then enter step 2645. Such as V＞0.7VR and V＜1.2VR, the last look attitude of diode=1 then, through step 2636 this last look attitude is temporary in St, then revise the counting of diode values attitude trailing edge or the counting of revising diode values attitude rising edge through step 2639-2640 through step 2637-2638, then enter step 2645. Such as V＞1.6VR, then the last look attitude of diode=2 are temporary in St to this last look attitude through step 2642, then revise the counting of diode values attitude rising edge through step 2643-2644, then enter step 2645. Be enough to upper three kinds of situations as V is discontented, then directly enter step 2645. This module finishes after step 2645 is assigned to tmpOldSt to the value of St.

23.8.7 during keystroke, the mistor resistance rises and causes V_Ry、V _RzDescend, produce accordingly a value attitude rising edge (being mistor time new value attitude=0, last look attitude=1) of this mistor; Figure 26 (c) has judged whether that according to this characteristic the keystroke operation occurs.

23.8.8 Figure 26 (c) is a module, its input parameter is: (oldStmr, tmpClickedSt are the pointer type variable for Vmr, oldStmr, tmpClickedSt; Value such as them changes, and corresponding external variable also synchronously changes its value). To step 2623, Vmr, oldStmr, tmpClickedSt correspond respectively to V_Ry, OldRStmr, KRClicked. To step 2624, Vmr, oldStmr, tmpClickedSt correspond respectively to V_Rz, OldLStmr, KLClicked. The running of Figure 26 (c) is: such as Vmr＞Vl and Vmr＜Vh, this module directly finishes; Otherwise, at first enter step 2652, obtain the last look attitude of mistor and be temporary in St that (St is the built-in variable among Figure 26 (c) according to Vmr, the value that is used for temporary value attitude), through step 2653-2654 according to the definition of preamble to keystroke, determine whether that the keystroke operation also correspondingly changes the value of tmpClickedSt, module finishes after the value of mistor last look attitude is assigned to OldLStmr.

24 multi-zone keyboards can be converted into corresponding key to button operation and send. In the multi-zone keyboard, four corresponding four class characters of key battle array difference, each key battle array is distributed with 3 * 3 (or 4 * 3) battle array by the gravity type button and forms; On each key battle array, (its size matches with finger singly-bound, split type circle pit; Risked by the individual button of N (N is integer, N＞1) such as a round pit, this N button namely is a Macintosh commonly used), the respectively corresponding conventional characters of horizontal key row; Other the key combination correspondence character that is of little use; Single-chip microcomputer is converted into the value attitude signal of this button to this voltage by variable connector, with sampling period Ts (such as 20 milliseconds) voltage corresponding to each button of sampling by software, and extracts the rising edge of key value attitude signal; Rising edge such as the individual key value attitude signal of n (n is integer) is in the same keystroke stage, and then this n key consists of a Macintosh (be a special case of Macintosh depending on singly-bound), and tabling look-up 6 must corresponding character and the key thereof of this Macintosh.

24.1 the shrouding with 4 key battle arrays:

24.1.1 1,760 four jiaos of rectangular flat plate respectively have a small sircle hole, three big holes symmetrically the straight line layout in the centre. Be divided into button cangue plate 1761,1762 along the bundle of planes rectangular flat plate 1760 that is parallel to the ZX coordinate plane. The semicircle notch of button cangue plate 1761,1762 fits loosely in the cannelure on gravity type button 1763 keyseaves (button cangue plate 1761 is entity 1761-1,1761-2 by subdivision).

24.1.2 the copy of cylinder 2161 with 2 * 6 arrays symmetrically layout at cuboid 2162 (tabular) edge; Cuboid 2163 abuts on the cuboid 2162 between two parties, (Height between two row's cylinders₂₁₆₁＜Height ₂₁₆₃), entity 2165 is the union of all these entities. In the group of entities 2167, the upper bottom surface of entity 2165, bottom surface are centered in respectively upper bottom surface, the bottom surface of cuboid 2166. Make the upper bottom surface of group of entities 2167 at the upper bottom surface of common shrouding 2171, then obtain entity 2172:Ent by following formula₂₁₇₂＝Ent ₂₁₇₁∪Ent ₂₁₆₆-Ent ₂₁₆₅。

24.1.3 the semicircle notch by two button cangue plates (such as button cangue plate 1761,1762) fits loosely in the annular groove (such as the annular groove 1755-1 of gravity type button 1755) of gravity type button, with screw two button cangue plates are fixed on the key battle array seat frame again, be structure button in a row, so can on a plurality of key battle array seat frames, form respectively a key battle array.

24.1.4 screw passes in the aperture that button cangue plate cooperates square opening 2172-1 (claiming that this square opening the is key battle array seat frame) back side in the entity 2172, can be fixed on three row's gravity type buttons in the key battle array seat frame to form the key battle array of 3 * 3 arrays. (entity 2173 is the shrouding that contains four key battle array seat frames in like manner can to form other 3 key battle arrays at this shrouding; Group of entities 2131 is the outside drawing of 3 * 3 key battle arrays; Copy by screw and a plurality of button cangue plates 2132 is fixed on the copy of four group of entities 2131 in four key battle array seat frames of entity 2173, namely consists of one with the shrouding of 4 key battle arrays, and namely group of entities 2133).

24.1.5 the character mark on 3 * 3 key battle array: 3 * 3 key battle arrays have 5 row's pits; Each pit depending on every row's pit is a real cake; Describing a circle (its radius and pit are together) without keypad of both sides, every row's pit left and right sides, be that (wherein, the imaginary circle cake on left side is pressed corresponding to first cake of left number, first cake of right number an imaginary circle cake simultaneously depending on each pit; The imaginary circle cake on right side is pressed simultaneously corresponding to first cake of left number, left several the 3rd cakes, first cake of right number). Make each cake (comprising real cake, imaginary circle cake) circumferentially be divided into four fan-shaped: the upper left side is fan-shaped, the lower left is fan-shaped, the upper right side is fan-shaped, the lower right is fan-shaped. Be carved with a character on each is fan-shaped. Upper left sides all on the key battle array is fan-shaped corresponding to a kind of mode of operation, and the character on each is fan-shaped is peripheral hardware and is in this pattern lower time, the character that the cake under this is fan-shaped is pressed and produces; For example, it is fan-shaped for mode of operation 0 to establish the upper left side, and this peripheral hardware is switched to mode of operation 0, and then the character of the upper left side of left other imaginary circle cake on fan-shaped is: first cake of left number, right several the 1st characters that cake is pressed simultaneously and produces. Fan-shaped, all fan-shaped also respectively corresponding other three kinds of different mode of operations in lower right in upper right side that all lower lefts are fan-shaped, all, its character mark method and implication and upper left side are fan-shaped identical.

Among 24.2 electrical schematic diagram: Figure 27 (c), 36 buttons of mistor R1, R2, respectively corresponding four the key battle arrays of R3....R36. By the I/O holding wire of the single-chip microprocessor MCU output gating address as variable connector 2790. If during the switch s1 gating in the variable connector 2790, produce voltage V through resistance R 10 at a C_C；V _CAfter amplifying, the circuit that resistance R 11, resistance R 12, operational amplifier 2791, resistance R 13, resistance R 14, operational amplifier 2792 form in a D input single-chip microprocessor MCU, is converted into data signal V by the A/D converter of single-chip microprocessor MCU inside again_R1 Like this, single-chip microprocessor MCU in turn gating variable connector 2790 switch s1, s2, s3 ... .s36, touring ground obtains respectively the voltage V corresponding to R1, R2, R3....R36_R1、V _R2、V _R3....V _R36 Single-chip microprocessor MCU includes memory. Single-chip microprocessor MCU is sent push button signalling through Serial Port Line SIO by reference format.

24.3 software:

24.3.1 global variable: clicking can only (clicking=0 then have the keystroke operation on the keyboard, be in without the keystroke stage for 0 or 1; Otherwise for the keystroke stage of keystroke operation occurs). If V_R1、V _R2、V _R3....V _R36Corresponding key is respectively key0, key1, key2...key35. Array Vkb[] element Vkb[0], Vkb[1], Vkb[2] ... .Vkb [35] equals respectively V_R1、V _R2、V _R3....V _R36 Array OldStkb[] element OldStkb[0], OldStkb[1], OldStkb[2] ... .OldStkb[35] be respectively time new key value attitude (definition of value attitude and definite method are same as mousebutton) of key0, key1, key2...key35. Array clickedKey[] element (element value can only be 0 or 1. 0, be not pressed corresponding to key; 1, be pressed corresponding to key) clickedKey[0], clickedKey[1], clickedKey[2] ... ..clickedKey[35] correspond respectively to key0, key1, key2...key35. Mode is that (keyboard has 5 kinds of mode of operations to mode number: pattern 0, pattern 1, pattern 2, mode 3, pattern 4. The mode number of pattern 0, pattern 1, pattern 2, mode 3, pattern 4 is respectively 0,1,2,3,4). ArryNo is that number (keyboard has 4 key battle arrays to the key battle array: key battle array 0, key battle array 1, key battle array 2, key battle array 3. The key battle array of key battle array 0, key battle array 1, key battle array 2, key battle array No. 3 is respectively 0,1,2,3). If take the sign key of key keyn (n is as integer) as the keystroke stage, then indicate key sequence number index=n.

24.3.2 key battle array layout table: below be the key arrangement of 4 key battle array inside on the shrouding,

Table 5 (key battle array 3 key arrangement tables) table 4 (key battle array 2 key arrangement tables)

24.3.3 the individual key of the character retrieval table of multi-zone keyboard: N (N is integer, N 〉=1) is pressed simultaneously, namely forms a key combination. Multi-zone keyboard has M kind mode of operation; A key combination setting the gravity type button is mode key, and a keystroke operation occurs mode key, and mode increases progressively 1 (such as mode 〉=M, then making mode=0). (binary code of 16 bits is made as b to the character retrieval table by index word_15∽0) and the character composition. Button in each key battle array is successively corresponding to the b of index word₈、b ₇、b ₆....b ₀(key Key8, Key7, Key6...Key0 such as key battle array 0 correspond respectively to b₈、b ₇、b ₆....b ₀ Key Key17, the Key16 of key battle array 1, Key15...Key9 correspond respectively to b₈、b ₇、b ₆....b ₀). During mode=0, b_15∽9=key battle array number; Mode ≠ 0 o'clock, b_15∽9=mode. Because the character retrieval table comprises a plurality of character area (b_15∽9Be area code, can reach 128 districts; This example contains 5 character areas), so claim multi-zone keyboard.

24.3.4 principle:

24.3.4.1 the keystroke stage: time new value attitude such as all buttons all is 0, and the up-to-date key value attitude of at least one value=1 is arranged, and then to specify one of them value attitude be 1 key as the sign key in this keystroke stage, and this moment as the beginning in keystroke stage. This sign key became for 0 the moment by 1 afterwards, then as finish time (in keystroke stage, the value attitude of this sign key is always 1) in keystroke stage.

Table 6 (the character retrieval table of multi-zone keyboard)

b 15∽0		Character	b 15∽0		Character (being limited to defeated Chinese character)	b 15∽0		Character	b 15∽0		Character
												b 15∽9	b 8∽0	b 15∽9	b 8∽0	b 15∽9	b 8∽0	b 15∽9	b 8∽0
0	1 0000 0000		a	1		1 0000 0000	a		000 0010	1 0000 0000										A	000 0011	1 0000 0000	《
		0			1 1000 0000			b			1	1 1000 0000	b	000 0010	1 1000 0000	B	000 0011	1 1000 0000	》
0	0 1000 0000		c	1		0 1000 0000	c		000 0010	0 1000 0000										C	000 0011	0 1000 0000	<
		0			0 1110 0000			d			1	0 11100 0000	d	000 0010	0 1110 0000	D	000 0011	0 11100 0000	>
0	0 0100 0000		e	1		0 0100 0000	e		000 0010	0 0100 0000										E	000 0011	0 0100 0000	/
		0			1 0010 0000			f			1	1 0010 0000	f	000 0010	1 0010 0000	F	000 0011	1 0010 0000	[
0	1 1011 0000		g	1		1 1011 0000	g		000 0010	1 1011 0000										G	000 0011	1 1011 0000	]
		0			0 1001 0000			h			1	0 1001 0000	h	000 0010	0 1001 0000	H	000 0011	0 1001 0000	{
0	0 1101 1000		i	1		0 1101 1000	i		000 0010	0 1101 1000										I	000 0011	0 1101 1000	}
		0			0 0100 1000			j			1	0 0100 1000	j	000 0010	0 0100 1000	J	000 0011	0 0100 1000	“
	0 0010 0000		k	1		0 0010 0000	k		000 0010	0 0010 0000										K	000 0011	0 0010 0000	”
		0			0 0011 0000			l			1	0 0011 0000	l	000 0010	0 0011 0000	L	000 0011	0 0011 0000	‘
0	0 0001 0000		m	1		0 0001 0000	m		000 0010	0 0001 0000										M	000 0011	0 0001 0000	’
		0			0 0001 1000			n			1	0 0001 1000	n	000 0010	0 0001 1000	N	000 0011	0 0001 1000	(
0	0 0000 1000		o	1		0 0000 1000	o		000 0010	0 0000 1000										O	000 0011	0 0000 1000	)
		0			0 0010 0100			p			1	0 0010 0100	p	000 0010	0 0010 0100	P	000 0011	0 0010 0100	｀
0	0 0011 0110		q	1		0 0011 0110	q		000 0010	0 0011 0110										Q	000 0011	0 0011 0110	-
		0			0 0001 0010			r			1	0 0001 0010	r	000 0010	0 0001 0010	R	000 0011	0 0001 0010	@
0	0 0001 1011		s	1		0 0001 1011	s		000 0010	0 0001 1011										S	000 0011	0 0001 1011	#
		0			0 0000 1001			t			1	0 0000 1001	t	000 0010	0 0000 1001	T	000 0011	0 0000 1001	$
0	0 0000 0100		u	1		0 0000 0100	u		000 0010	0 0000 0100										U	000 0011	0 0000 0100	％
		0			0 0000 0110			v			1	0 0000 0110	v	000 0010	0 0000 0110	V	000 0011	0 0000 0110	^
0	0 0000 0010		w	1		0 0000 0010	w		000 0010	0 0000 0010										W	000 0011	0 0000 0010	&
		0			0 0000 0011			x			1	0 0000 0011	x	000 0010	0 0000 0011	X	000 0011	0 0000 0011	*
0	0 0000 0001		y	1		0 0000 0001	y		000 0010	0 0000 0001										Y	000 0011	0 0000 0001	-
		0			1 1111 1111			z			1	1 1111 1111	z	000 0010	1 1111 1111	Z	000 0011	1 1111 1111	+
0	1 1100 0000		back space	1		1 1100 0000	backsDace		000 0010	1 1100 0000										0	000 0011	1 1100 0000	=
		0			0 0011 1000			Space bar			1	0 0011 1000	Space bar	000 0010	0 0011 1000	1	000 0011	0 0011 1000	|
0	0 0000 0111		Enter key	1		0 0000 0111	Enter key		000 0010	0 0000 0111										2	000 0011	0 0000 0111
		0			1 0010 0100			Home			1	1 0010 0100	，	000 0010	1 0010 0100	3	000 0011	1 0010 0100	Ctrl
0	0 1001 0010		Delete	1		0 1001 0010	Delete		000 0010	0 1001 0010										4	000 0011	0 1001 0010	Shift
		0			0 0100 1001			End			1	0 0100 1001	；	000 0010	0 0100 1001	5	000 0011	0 0100 1001	Tab
0	1 1111 1000		pageup	1		1 1111 1000	。		000 0010	1 1111 1000										6	000 0011	1 1111 1000	Alt
		0			0 0011 1111			pagedown			1	0 0011 1111	？	000 0010	0 0011 1111	7	000 0011	0 0011 1111
0	1 1011 0110		insert	1		1 1011 0110	！		000 0010	1 1011 0110										8	000 0011	1 1011 0110
		0			0 1101 1011			pause			1	0 1101 1011	-	000 0010	0 1101 1011	9	000 0011	0 1101 1011

24.3.4.2 keystroke combination: occur in the keystroke operation in a keystroke stage, N button is pressed, then the summation of this N button (the sign key that comprises this stage) is a keystroke combination (or claiming Macintosh).

24.3.4.3 first according to the definition of index word directly by mode, key battle array number, key value attitude generating indexes word directly, the traversal that then adopts is searched the keystroke combination of coupling in table 6. Mode number is all only used key battle array 0 (namely under this pattern, only have the keystroke operation of key battle array 0 to be regarded as effectively, it is invalid that the operation of the keystroke of other key battle array is regarded as) greater than 0 pattern; Pattern 1 key battle array 0 is equivalent to the key battle array 1 of pattern 0; Pattern 2 key battle arrays 0 are equivalent to the key battle array 2 of pattern 0; Mode 3 key battle array 0 is equivalent to the key battle array 3 of pattern 0. Mode number is also only used key battle array 0 greater than 3 pattern (because it duplicates in mode 3, omitting it here).

24.3.5 main program flow chart (being Figure 27 (a)): initialize global variable in step 2701 first, then enter the Infinite Cyclic flow process. At first judge whether the operation of Macintosh keystroke in step 2702 according to clickedKey. As do not have, return step 2702 and continue to judge. If any and Macintosh be mode key, then revise the value of mode through step 2703,2704, then return step 2702; If any keystroke operation but Macintosh number is not 0 for mode key and present mode, then enter step 2706 and produce call number; If any keystroke operation but be mode key and present mode number＞0, then enter step 2707 generation call number; Then through step 2708 key combination that has or not coupling in 6 (if in the table 6 call number of certain key combination=this call number, then the two coupling) of tabling look-up according to this call number; If any, then through character corresponding to step 2709-2710 call number in serial ports output table 6 (to pattern 0 key battle array 1 and pattern 1, the highest order b of the binary code of character₇=1, be Chinese character input at present to tell main frame) and all elements of zero clearing array clickedKey, step 2702 then returned; As do not have the key combination of coupling, and then enter all elements of step 2710 zero clearing array clickedKey, then return step 2702.

24.3.6 Interruption service routine (being Figure 27 (b)): elder generation is through all elements of step 2720-2721 zero clearing array Stkb (built-in variable of this module is for the last look attitude of each button of expression), voltage V corresponding to mistor_R1、V _R2、V _R3....V _R16Collect array Vkb, and revise the value of array Stkb element according to array Vkb. Then enter step 2722 and judge whether be the keystroke stage at present. As not being the keystroke stage at present, and the last look attitude of all buttons all is 0, then finishes this program. As not being the keystroke stage at present, and it is 1 button that the last look attitude is arranged, then selecting a value attitude through step 2724-2726 is 1 the button sign key as the keystroke stage, and the value of array Stkb all elements is assigned to array oldStkb correspondingly, make clicking=1 enter the keystroke stage to show this peripheral hardware, then finish this program. As being at present the keystroke stage, then judge according to the last look of keystroke stage sign key assignments attitude whether the keystroke stage finishes through step 2727. Not finish such as the keystroke stage, then through step 2731 pair time new value attitude be 0, the last look attitude is 1 button, and next new value attitude is set to 1; Other button is not dealt with. Finish such as the keystroke stage, then through step 2728-2730 the value of array oldStkb element is assigned to respectively the element of array clickedKey, clicking, array oldStkb zero clearing, then finish.

24.4 be applicable to the multi-zone keyboard of mobile unit: in above-mentioned multi-zone keyboard, increase an elastic force type button and (the pendant ball in the gravity type button of pattern 1 is removed, in keyseat, the button kinetoplast transfers a spring, namely form this elastic force type button) as mode switching key, build to replace original pattern; Correspondingly in array clickedKey, increase an element (be made as clickedKey[36]), as the up-to-date keystroke log of this elastic force type button. For this peripheral hardware increases a mode of operation: park mode. Under park mode, all invalid to any operation of gravity type button, then effective to the operation of mode key. Rear, step of the front increase of step 2721 (establishing this step is 2721-1) of step 2720 in interrupt service routine; Change step 2721-1 over to by step 2720; In the step 2721-1, use first the method that duplicates with step 2721 to obtain the value attitude (being made as St_tmp) of this elastic force type button, then revise clickedKey[36]: (1) such as St_tmp=1, clickedKey[36]=0, then make clickedKey[36]=1; (2) such as clickedKey[36]=1, then do not deal with (namely keep clickedKey[36]=1), step 2721-1 directly withdrawed from; (3) such as St_tmp=0, clickedKey[36]=0, then do not deal with (namely keep clickedKey[36]=1), step 2721-1 directly withdrawed from. After interrupt service routine withdraws from step 2721-1, directly change step 2721 over to. In main program, increase in addition a step (be a determination module, identical with step 2705, establishing this step is 2705-1) between the step 2703,2705; Step 2703 is declared and is known that up-to-date button is not mode switching key, then changes step 2705-1 over to; Step 2705-1 differentiates whether the work at present pattern is park mode: if 1. park mode then returns step 2702; 2. if not park mode then enters step 2705.

25 glove-type input peripherals: a kind of keyboard that has concurrently, mouse, the computer input peripheral hardware of handheld stylus functions, operator's both hands are put on the gloves of this peripheral hardware, with finger back percussion desktop (or operator self health), or mobile at the right hand back with right hand thumb head, or unsettled swing finger, by 10 respectively glue be fixed in the gravity type button of 10 finger backs of right-hand man's gloves (or side), 3 photodiodes that are positioned at right hand gloves (the gloves back is colored lattice-array pattern) the thumb finger back, color sensor that stretches out from the right hand gloves thumb finger back side and the color sensor on each gravity type button side obtain corresponding information of voltage, the Interruption service routine is by these voltages of sampling period Ts timing acquiring, by software resulting various information in the statistic period T a are dealt with and produce displacement, the keystroke combination, contact attitude information, according to different working modes, or send main frame outside, or be used in operations such as local LCDs work editors.

25.1 gloves are elastomeric nylon gloves, the pattern of the left and right sides gloves back (back that comprises finger of glove) is colored lattice-array.

25.2 annulus 1757 external diameters are small in the internal diameter of cylinder 1758; , also leave ordinatedly four screws and obtain cylinder 1758a in cylinder 1758 sides along circumferentially leaving equably four screws in annulus 1757 sides, can be fixed on annulus 1757 in the cylinder 1758 (center of circle line conllinear of the two) by four screws. Annulus 1757 (gravity type button keyseat lower end cannelure bottom land is a cylinder, and the radius of establishing this cylinder is R, and then the radius of annulus 1757 endoporus is little greater than R) symmetrically subdivision be half ring plate 1757a, 1757b. In gravity type button 1755, part 1720 to be cast out, and the upper end of entity 1718 is become hemispherical, gravity type button 1755 namely becomes the gravity type button that is suitable for the glove-type input peripheral. Half ring plate 1757a, 1757b are enclosed within the cannelure of gravity type button, and the loose fit ground pipe 1758a that packs into, use again four screws stationary half sheet 1757a, 1757b outside pipe 1758a, make gravity type rotate freely but and can not move axially by bond energy; Again pipe 1758a glue is fixed in the gloves finger back. Signal from sensor is passed to SCM system through the cable that metallic fiber consists of.

25.3 gravity type button 2801 glue are fixed in left hand cover thumb finger lateral surface (the deflection back), gravity type button 2802,2803,2804,2805 respectively glue is fixed in the center that left hand overlaps forefinger, middle finger, the third finger, the little finger of toe finger back; Gravity type button 2806 glue are fixed in right hand cover thumb finger lateral surface (the deflection back), and gravity type button 2807,2808,2809,2810 respectively glue is fixed in the center that the right hand overlaps forefinger, middle finger, the third finger, the little finger of toe finger back. Photodiode D1, D2 are contained in plush copper 2811 (stretching out finger from the right hand cover thumb back side) and it is subjected to optical window towards the right hand cover thumb back, right hand cover thumb is when the slippage of the right hand cover back, and photodiode D1, D2 are subjected to optical window vacantly over against the right hand cover back. Photodiode D3, D4, D5 lay respectively in the back pit 2812,2813,2814 of thumb minor details, and are equilateral triangle and arrange, and it is subjected to optical window towards the right hand cover thumb back.

25.4 the gravity type button on the forefinger of left and right sides gloves, middle finger, the third finger, the little finger of toe, the solid color sensor of its each glue on the side of the centre of the palm is respectively color sensor 2852,2853,2854,2855,2857,2858,2859,2860. The solid sensor of the thumb finger back glue of left and right sides gloves is respectively color sensor 2851,2856. When gloved hands refer to be in the case of bending of natural relaxation, these color sensors be subjected to optical window basically over against the centre of the palm.

25.5 the right-hand man puts on the gloves of this input peripheral, with finger back percussion desktop (or operator self health) contracting of gravity type button is stretched once to produce a keystroke operation (being called the operation of knocking keystroke), unsettled swing is pointed once (during swing, the global shape of every finger keeps substantially) to produce a keystroke operation (being called the operation of hanging type keystroke) back and forth take the Fingers root as fulcrum.

25.5.1 characteristic kinematic direction: 1. to forefinger, middle finger, the third finger, little finger of toe, the characteristic kinematic direction of each color sensor is its X direction of displacement, and namely its X direction of displacement is for negative, and then the characteristic kinematic direction is for negative, otherwise for just. 2. to thumb, the characteristic kinematic direction of color sensor is its Y direction of displacement, and namely its Y direction of displacement is for negative, and then the characteristic kinematic direction is for negative, otherwise for just.

25.5.2 the value attitude of characteristic kinematic direction: 1. to forefinger, middle finger, the third finger, little finger of toe, the characteristic kinematic direction of each color sensor is being for just, then St_D=1; The characteristic kinematic direction is negative, then St_D=-1; Characteristic kinematic is static, then St_D=0. 2. to thumb, the characteristic kinematic direction is negative, then St_D=1; The characteristic kinematic direction is being for just, then St_D=-1; Characteristic kinematic is static, then St_D＝0。

25.5.3 the move distance (move distance that also claims color sensor) of finger: be respectively X, Y if establish X, the Y displacement of the color sensor generation that has in a period of time on certain finger, this finger is Length, then Length at the move distance of this time period²＝X ²+Y ²。

25.5.4 the sign key in hanging type keystroke stage: look color sensor is an independent button on each gravity type button, the Macintosh of hanging type keystroke operation is the various combination of these buttons. If time new value attitude of the characteristic kinematic direction of color sensor is all less than 1, it is 1 last look attitude that value is arranged simultaneously, think that so this peripheral hardware enters the keystroke stage, and specifying one of them independent button is the sign key in keystroke stage, the color sensor last look attitude that this sign key is corresponding=1, and its up-to-date move distance (being a nearest move distance that measurement period produces) is greater than the up-to-date move distance of other finger.

25.5.5 turning point: the value attitude of each finger color sensor characteristics direction of motion transfers 1 turning point to by-1 (or 0), is called positive turning point; Transfer-1 turning point to by 1, be called negative turning point.

25.5.6 the hanging type keystroke stage: the hanging type keystroke stage color sensor of sign key successively produces a positive turning point, a negative turning point, and the time period between these two turning points is the hanging type keystroke stage.

25.5.7 the threshold value in hanging type keystroke stage: in the hanging type keystroke stage, if the move distance of certain finger of left hand (being made as Lmax) greater than the move distance of other finger of left hand, then left hand is at the threshold value=Lmax/2 in this hanging type keystroke stage; In like manner can get the threshold value of the right hand.

25.5.8 the differentiation of hanging type keystroke operation: in the hanging type keystroke stage, if the move distance of certain finger (is pointed leftward if be somebody's turn to do greater than the threshold value in this hanging type keystroke stage, the threshold value of this threshold value=left hand then, otherwise, the threshold value of this threshold value=right hand), think that then button corresponding to this finger produces a keystroke operation; Otherwise, think that the keystroke operation does not occur button corresponding to this finger. The set of all keystroke operations is exactly a key combination in the hanging type keystroke stage.

25.6 for the keystroke operation that is produced by the gravity type button, establish 5 gravity type buttons that this input peripheral left hand puts respectively the bit among the corresponding 5 bit binary number LData (establish Ldata=b₄b ₃b ₂b ₁b ₀,, b then₄、b ₃、b ₂、b ₁、b ₀The corresponding left hand little finger of toe of difference, the third finger, middle finger, forefinger, thumb; Gravity type button generation keystroke operation on finger, binary digit that then should finger correspondence becomes 1; Otherwise be 0); Similarly, 5 gravity type buttons putting of right hand bit (its definition is overlapped consistent with left hand) among the corresponding 5 bit binary number RData respectively. Existing various alphabetic characters (not comprising chinese character) are divided into a plurality of character areas (corresponding a kind of character of a corresponding a kind of character of character area or a plurality of continuous character area; A kind of character can be the character of languages, also can be the character of a specialty), comprise 31 characters in each character area. This one by one before and after the character area phase ground connection be connected into a character list (calling glove-type input peripheral special character table), make LData represent this table area code, (sequence number is corresponding to a character in the district for sequence number in the RData Representative Region, the interior character of languages character area sorts consistent with the standard alphabetic of these languages), can look into correspondingly glove-type input peripheral special character table according to Ldata, Rdata when then carrying out keyboard operation and obtain respective symbols. In like manner, operate for the hanging type keystroke, make a corresponding bit of finger (in the operation of percussive keystroke, gravity type button on this finger is corresponding to this binary digit), with operating identical method with the percussive keystroke, look into correspondingly glove-type input peripheral special character table according to the binary number of such generation, can obtain respective symbols equally.

When 25.7 this peripheral hardware is operated in writing pencil peripheral hardware pattern, press the gravity type button (rising edge of its value attitude signal is corresponding to beginning to write a character) on the left index finger, with right hand thumb finger as the writing pencil nib, at the right hand back (other four fingers of the right hand and become a flat board; On this flat board, the ruling of colored lattice-array points in the same way with these flat board four fingers or is vertical, and accordingly, the forward of X reference axis and this flat board four fingers point to oppositely, and the forward of Y reference axis points to towards right hand thumb and perpendicular to these flat board four fingers; This dull and stereotyped back is the writing surface of writing pencil. The colored lattice-array of the left hand back and the symmetry of the right hand back) write a character after, unclamp the gravity type button (its trailing edge has then been write complete for this character) on the left index finger; Be positioned at the software of main frame according to the value attitude of the gravity type button on the left index finger, can separate the character of lockstep in stroke, thereby individually identify one by one character.

25.8 a Macintosh is defined as mode switching key. The area code of now establishing table 7 is 18, and Macintosh corresponding to the most end delegation of table 7 is mode switching key, Ldata=10010b, Rdata=11111b that then mode switching key is corresponding. Little finger of toe, forefinger and whole right finger finger of simultaneously percussion of operator left hand namely produce the keystroke operation of a mode switching key in desktop.

25.9 defining a character area is the Hanzi inputing code district, character and English character district in this district are identical; If remove the character code highest order, the character code in two districts is identical, and namely the highest order of this district's character code all is 1, and the highest order of English character district character code all is 0. Table 7 is the character list in Hanzi inputing code district.

Table 7 (character list in Hanzi inputing code district)

Sequence number in the district	Character	Character code
			1	a	1*******
2	b	1*******
			.  .  .
26	z	1*******
			27
28
			29
30
			31		(mode switching key)

25.10 among electrical schematic diagram: Figure 28 (b), PIN photodiode D1, D2 (being included in the color sensor) receive respectively from green glow, the blue light of mouse pad reflection; PIN photodiode D3, D4, D5 receive from the light of right hand cover back reflection; Mistor R1, R2...R10 are contained in respectively in gravity type button 2801, the 2802...2810. Device 2820 is variable connectors. By the I/O holding wire of the single-chip microprocessor MCU output gating address as variable connector 2820. If during the switch s1 gating in the variable connector 2820, produce voltage V through resistance R 10 at an A_A；V _ABehind linear amplification of circuit that resistance R 11, digital variable resistance R 12 (can directly be regulated by single-chip microprocessor MCU), operational amplifier 2821, resistance R 13, resistance R 14, operational amplifier 2822 form, in a B input single-chip microprocessor MCU, be converted into data signal V by the A/D converter of single-chip microprocessor MCU inside again_SD1 In the time of a little less than ambient brightness is crossed strong or crossed, single-chip microprocessor MCU is regulated digital variable resistance R 12 makes the corresponding voltage of photodiode be in the scope of permission. Like this, single-chip microprocessor MCU is switch s1, the s2...s35 of gating variable connector 2820 in turn, obtains corresponding respectively to the voltage V of D1, D2, D3...D25, R1, R2...R10 touringly_SD1、V _SD2、V _SD3、V _SD4...V _SD25、V _SR1、V _SR2...V _SR10 The corresponding voltage of the diode of the detection green glow in the color sensor is (such as V_SD1) corresponding to the X displacement; The corresponding voltage of the diode of detection blue light is (such as V_SD2) corresponding to the Y displacement. Single-chip microprocessor MCU includes memory. Single-chip microprocessor MCU is sent displacement or push button signalling through Serial Port Line SIO by reference format. Single-chip microprocessor MCU is by the displaying contents of total line traffic control liquid crystal display LED (being positioned at the left hand cover back side).

25.11 software: formed by main program and Interruption service routine. Single-chip microprocessor MCU by the Interruption service routine by sampling period Ts (such as 1ms) sample each sensor corresponding voltage and do some preliminary treatment; Main program is processed the data that the Interruption service routine produces periodically by statistic period T a.

25.11.1 global variable: (1) Np: natural number, the number of timed interrupt cycle, Interruption of every generation, Np increases progressively 1. (2) Nmax: positive integer, Np is incremented to Np 〉=Nmax, and main program is namely processed a secondary data and is made Np=0; Correspondingly, Ta=Nmax * Ts. (3) photodiode of each color sensor has a voltage formation, such as Q_SD1、Q _SD2Be respectively V_SD1、V _SD2Formation. (4) photodiode of each color sensor has a reference voltage, is respectively the reference voltage of photodiode D1, D2 such as VrefD1, VrefD2. (5) Touching: contact attitude; Mouse (or writing pencil) is in contact attitude, then Touching=1; Mouse (or writing pencil) is in unsettled attitude, then Touching=0. (6) clickedKey: current keystroke state recording; The up-to-date keystroke log of respectively corresponding 10 the percussive input keys of 10 elements (or hanging type input key) of array clickedKey is made of Ldata, Rdata; If the operation of the corresponding key generation of the element of clickedKey keystroke, then this element value is 1, otherwise is 0. (7) Mode: the mode of operation of this input peripheral (this input peripheral has 5 kinds of mode of operations) has 5 values: 0,1,2,3,4. Mode=0 is the basic peripheral hardware pattern of percussive, i.e. displacement information and knock all outer main frames of giving of key that the gravity type button produces; Mode=1 is local mode, and the keystroke that namely produces and displacement information all are used for not sending outside without exception in operations such as the enterprising edlins of this peripheral hardware LCDs; Mode=2 is writing pencil peripheral hardware pattern, i.e. (the value attitude of the gravity type button on the left index finger head is 0 to writing pencil contact attitude, then Touching=0; Otherwise, Touching=1) all give main frame outward with displacement information; Mode=3 is the basic peripheral hardware pattern of hanging type, i.e. the key that displacement information and the operation of hanging type keystroke produce is the outer main frame of giving all; Mode=4 is the adjusting pattern, in the time of namely a little less than ambient brightness is crossed strong or crossed, allows single-chip microprocessor MCU regulate digital variable resistance R 12 and makes the corresponding reference voltage of photodiode be in the scope of permission. (8) Sx[], Sy[], DX[], DY[], St_D[]、oldSt _D[]: an element of each array below the color sensor on 10 gravity type buttons is corresponding one by one: X Displacement Cumulative amount array Sx[], Y Displacement Cumulative amount array Sy[], X displacement array DX[], Y displacement array DY[], the value attitude array St of characteristic kinematic direction_D[], time new value attitude array oldSt of characteristic kinematic direction_D[]. Specifically, array Sx[] the X Displacement Cumulative amount of the respectively corresponding color sensor of element; Array Sy[], array St_D[], array oldSt_DThe corresponding relation of [] and color sensor is same as array Sx[]. (9) clicking: keystroke stage sign can only be 0 or 1. (10) index: natural number, establish keystroke stage sign key corresponding to element S t_D[n] (n is natural number), then the sequence number index=n of keystroke stage sign key.

25.11.2 the definition that this peripheral hardware is continued to use preamble without the definition of keystroke stage, keystroke stage, keystroke stage sign key. Clicking=0 does not then have the keystroke operation on the keyboard, be in without the keystroke stage; Otherwise for the keystroke stage of keystroke operation occurs.

25.11.3 the value attitude of the photodiode in the color sensor (describing as an example of photodiode D1, D2 example): when main program is processed the data of a measurement period at every turn, at formation Q_SD1In begin to do reverse search from up-to-date element, obtain maximum up-to-date in the formation (to the signal of similar square wave, the signal value between its adjacent rising edge, trailing edge also is considered as extreme value) and give V this value_refD1(as V_SD1The reference voltage of next measurement period); In like manner, can get V_refD2 The value of the value attitude of photodiode D1, D2 can only for: 0,1,2. If St_D1、St _D2Be respectively the value attitude of photodiode D1, D2, according to V_D1/V _refD1Determine St_D1: such as V_SD1/V _refD1＜0.2，St _D1=0; Such as 0.4＜VS_D1/V _refD1＜0.6，St _D1=1; Such as VS_D1/V _refD1＞0.8，St _D1=2; To uncertain attitude, St_D1=inferior new value attitude. In like manner, can get St_D2。

25.11.4 during Mode=4, if find that the reference voltage of photodiode is too high or too low, namely regulating resistance R12 is in the allowed band this reference voltage. Because the value attitude of photodiode depends on ratio, this scope is very wide, generally without regulating resistance R12.

25.11.5 the differentiation of mouse (or writing pencil) contact attitude: if photodiode D3, D4, D5 relatively be subjected to luminous intensity to be lower than certain to be worth, then to look mouse (or writing pencil) and be in the contact attitude, otherwise be in unsettled attitude. For example, if V_SD3/(V _refD1+V _refD2)、 V _SD4/(V _refD1+V _refD2)、V _SD5/(V _refD1+V _refD2) in a value is arranged less than 0.1, then think mouse be in the contact attitude (being that right hand thumb contacts with the right hand back), make Touching=1. Otherwise, Touching=0.

25.11.6 the value attitude of mistor (being the value attitude of gravity type button) definition is described together with preamble.

25.11.7 Figure 29 (a) is the flow chart of main program, is an Infinite Cyclic flow process: 1. step 2901 initializes global variable: zero clearing Np=0, Mode=0, Clicking, array clickedKey, the voltage formation of color sensor photodiode, Sx[], Sy[], DX[], DY[], St_D[]、oldSt _D[]; The reference voltage of each color sensor photodiode (such as V_refD1、 V _ref02) be predisposed to FFFFH. 2. execution in step 2902 namely enters Infinite Cyclic, if Np＜Nmax then does idle loop, on the contrary deal with data. 3. during deal with data, first execution in step 2903, if Mode=4, then execution in step 2904, regulate variable resistor R12 so that interrupt service routine can normally produce the value attitude signal of photodiode, then return step 2902. If 4. Mode=3, execution in step 2903,2905,2906 then produces character code according to the definition of hanging type keystroke, then enters step 2915. If 5. Mode=0 or 1 or 2, then first execution in step 2903,2905,2907. If declared by step 2907 and to know that mouse is in the contact attitude or does not currently have a keystroke operation, then process by mouse action, namely execution in step 2909 obtains mouse message (detailed process of step 2909 and aforementioned optical mouse duplicate), changes step 2915 over to again; Otherwise, being used as keyboard operation processes, execution in step 2908, (step 2908 detailed process and aforementioned multi-zone keyboard are identical to obtain the keyboard code, just looking into glove-type input peripheral special character table according to clickedKey here obtains character code), execution in step 2910 judges whether this key set code is mode switching key again: if then then execution in step 2911,2912 or 2913 enters step 2917 to switch the value of Mode; If not, then change step 2915 over to. 6. step 2915 judges whether this peripheral hardware mode of operation is local mode: if not, then the mouse that produces or writing pencil or keypad information are sent and changed over to execution in step 2916 outside step 2917, otherwise (software for editing is very ripe at present for execution in step 2914, its software code of directly transplanting, do some and need not any creationary linking work, can be on code performing step 2914) do operation such as local editor grade, then enter step 2917. 7. step 2917 zero clearing Np, clickedKey, touching refresh the reference voltage of color sensor photodiode, then return step 2902.

25.11.8 among Interruption service routine: Figure 29 (b), execution in step 2921～2927 successively. Step 2921 gathers data signal V_SD1、V _SD2、V _SD3、V _SD4、...V _SD25、V _SR1、V _SR2...V _SR10, and the voltage formation that refreshes photodiode in each color sensor is (such as Q_SD1、Q _SD2). The method that step 2922,2923 is continued to use aforementioned multi-zone keyboard obtains keystroke information. Step 2924,2925 definition according to photodiode value attitude in the color sensor, the method for continuing to use aforementioned optical mouse obtain in the mouse counting of photodiode value attitude rising edge, trailing edge in the color sensor. Step 2926 produces contact attitude information touching according to the definition of mouse (or writing pencil) contact attitude. Step 2927 increases progressively 1 to Np, echoes mutually with the step 2902 of main program and makes statistic period T a=Nmax * Ts.

25.11.9 Figure 29 (c) is the flow chart of step 2906: (1) step 2931,2932 obtains first the displacement (its process and optical mouse are identical) of color sensor on the gravity type button, then obtains the value attitude of the characteristic kinematic direction of each color sensor according to the definition of characteristic kinematic direction. (2) step 2933 judges according to the currency of Clicking whether this peripheral hardware is in the keystroke stage. (3) be 1 color sensor if this peripheral hardware is in non-keystroke state and has characteristic kinematic direction value attitude, namely this peripheral hardware enters the keystroke stage, execution in step 2933-2938,2946 then, step 2935 obtains the sequence number index of keystroke stage sign key, and step 2936 is assigned to secondly new value attitude to the last look attitude of all colours sensor; Step 2937,2938 indicates that this peripheral hardware is in keystroke stage and zero clearing array Sx, Sy, clickedKey at present; (4) not having characteristic kinematic direction value attitude if this peripheral hardware is in non-keystroke state is 1 color sensor, then finishes. (5) if this peripheral hardware is in the characteristic kinematic direction value attitude of keystroke state and keystroke stage sign key=1, namely this peripheral hardware is in the keystroke stage, then execution in step 2939,2945,2946; In the keystroke stage, a color sensor, such as occurrence characteristics direction of motion value attitude rising edge (namely time new value attitude＜1, last look attitude=1), step 2945 item is set to 1 to time new value attitude of its characteristic kinematic direction; The color sensor of occurrence characteristics direction of motion value attitude rising edge not, time new value attitude of its characteristic kinematic direction remains unchanged. Step 2946 produces the Y Displacement Cumulative amount array Sy[of each color sensor], X displacement array DX[]. (6) if this peripheral hardware is in the characteristic kinematic direction value attitude of keystroke state and keystroke stage sign key＜1, namely the keystroke stage finishes, then execution in step 2939-2944; The execution in step 2940-2942 of elder generation obtains the distance threshold of left hand and the right hand; If time new value attitude=1 of a color sensor, and at the move distance of this its finger of keystroke stage greater than the respective distances threshold value, then the corresponding clickedKey element of this color sensor is set to 1; Otherwise, be set to 0; Execution in step 2943,2944 again, time new value attitude of the zero clearing all colours sensor characteristics direction of motion, and indicate that by clicking this peripheral hardware is in the non-keystroke stage.

26 combination padlock external members only have when the code value of input is specific code value, and lock is opened.

26.1 take the positive axis of Y reference axis as after, negative axle as before; Take the positive axis of X reference axis as right, negative axle as left.

26.2 L shaped gear piece 1770: to cuboid 1764,1765, AC₁₇₆₅＞AC ₁₇₆₄，BD ₁₇₆₅＞BD ₁₇₆₄ Make AB₁₇₆₄With AB₁₇₆₅Overlap fully, then get the entity 1766:Ent of uniform thickness₁₇₆₆＝Ent ₁₇₆₅-Ent ₁₇₆₄ Cuboid 1768,1769 along the Y reference axis with wide, AC₁₇₆₆＝ Height ₁₇₆₈＝Height ₁₇₆₉ Cuboid 1768 is 2 times of cuboid 1768 along the length of X reference axis. Make a plurality of copies (establish Ent_tmp and be the union of these copies) of cuboid 1769, entity 1768 do randomly that arranged in a straight line (gap=N of former and later two entities * entity 1769 is along the width of Y reference axis, and N is integer, N 〉=0; Their upper bottom surface is coplanar) and in be affixed on the face m of entity 1766; Be affixed on the face ABC of entity 1766 in the cylinder 1767₁₇₆₆, then by following formula obtain with a round blind hole, a plurality of rectangular scrobicula lack, the gear piece 1770 (tooth is cuboid) of a dark notch: Ent₁₇₇₀＝Ent ₁₇₆₆-Ent ₁₇₆₇∪Ent_tmp∪Ent ₁₇₆₈。

26.3 entity 1771, the 1772nd, the example of gear piece 1770 (ordering of its rectangular notch can be different from gear piece 1770). In the group of entities 1773, entity 1771,1772 reclines mutually, and their upper bottom surfaces are coplanar, the right side is coplanar. Similarly, group of entities 1773 can comprise more examples of gear piece 1770.

26.4 with long, its length is less than the length of cuboid 1776 along the Y reference axis along the Y reference axis for cuboid 1774,1775,1777,1778. The rib that cuboid 1774,1775 front end face are included in the upper right side of cuboid 1776 and cuboid 1775 is centered in the rib of cuboid 1774; The right side of cuboid 1779 (sheet, its along the length of X reference axis less than the length of cuboid 1776 along the X reference axis) is centered in the right side of cuboid 1776 along the Y reference axis; Then get entity 1783:Ent by following formula₁₇₈₃＝Ent ₁₇₇₆-Ent ₁₇₇₄∪ Ent ₁₇₇₅∪Ent ₁₇₇₉ Make A1777, B1778 overlap, then obtain entity 1782:Ent by following formula₁₇₈₂＝Ent ₁₇₇₇∪Ent ₁₇₇₈ Make the front end face of entity 1782 be included in the lower left of entity 1783 front end faces, then must be contained the entity 1784:Ent of two blind holes, a seam by following formula₁₇₈₄＝Ent ₁₇₈₃-Ent ₁₇₈₂。

26.5 cuboid 1785, cuboid 1786, cylinder 1787 along the Y reference axis with wide. Entity A, B are the copy of cylinder 1787. The rib n of cuboid 1786 overlaps fully with the rib k of cuboid 1785; Be affixed on the front end face of cuboid 1785 in the front end face of entity A, B (the two is in sustained height, and Ent_tmp is the union of the two), then must be contained the entity 1788:Ent of two round tube holes by following formula₁₇₈₈＝Ent ₁₇₈₅-Ent ₁₇₈₆∪Ent_tmp。

26.6 in the group of entities 1791 (being attached lock), fit loosely in the group of entities 1773 (material is permanent magnet) of the blind hole h (cecum of blind hole h has been combined with a permanent magnet pad) of entity 1784, extrapolated by the permanent magnet pad; A₁₇₈₄、B ₁₇₈₄、C ₁₇₈₄Respectively with A₁₇₈₈、B ₁₇₈₈、 C ₁₇₈₈Overlap, two round tube holes on the entity 1788 are over against two round blind holes of group of entities 1773; Welded together entity 1788 and entity 1784.

26.7 to cuboid 1792,1793, Height₁₇₉₂＜Height ₁₇₉₃ Make the upper bottom surface of cuboid 1792 be centered in 1793 upper bottom surface, a plurality of copies of cylinder 1794 (establish Ent_tmp and be the union of these copies) along straight line (being parallel to the X reference axis) arrange and in be affixed on the front end face of cuboid 1793, then wait wall thickness basket 1795:Ent by what following formula obtained containing a plurality of round tube holes₁₇₉₅＝Ent ₁₇₉₃ -Ent ₁₇₉₂∪Ent_tmp。

26.8 cuboid 1801,1802 with wide, is affixed on 1802 left side along the Y reference axis in the cuboid 1801, get three identical folding bar 1803:Ent of thickness by following formula₁₈₀₃＝Ent ₁₈₀₂-Ent ₁₈₀₁。

26.9 cylinder 1804, cuboid 1805 (strip), cuboid 1806 (tabular) along the Y reference axis with wide. A plurality of copies of cylinder 1804 (establish Ent_tmp and be the union of these copies) do arranged in a straight line and in be affixed on the front end face of cuboid 1806, cuboid 1805 is affixed on cuboid 1806 in below Ent_tmp, must be contained the entity 1807:Ent of a plurality of round tube holes＞one a rectangular through hole by following formula₁₈₀₇＝Ent _1806-Ent ₁₈₀₅∪Ent_tmp。

26.10 among Figure 18 (d), make A₁₈₀₃、B ₁₈₀₃、C ₁₈₀₃Respectively with A₁₇₉₅、B ₁₇₉₅、C ₁₇₉₅Overlap, then get entity 1815:Ent by following formula₁₈₁₅＝Ent ₁₇₉₅ ∪Ent ₁₈₀₃。

26.11 among Figure 18 (d), attached lock slide plate 1814 is examples of entity 1807. Make attached lock slide plate 1814 abut in the face of entity 1815, and the front end face of the two is coplanar; Then make A₁₈₀₇、B ₁₈₀₇Respectively with A₁₈₁₅、B ₁₈₁₅Overlap, entity 1807, entity 1815 are welding as one, namely get group of entities 1816. Attached lock slide plate 1814 in group of entities 1816 (material is permanent magnet) the right side permanent magnetic strip that reclines, and permanent magnetic strip is along negative X change in coordinate axis direction extrapolation attached lock slide plate 1814 slidably.

26.12 plate shape gear piece: cuboid 1820,1821,1823 along the X reference axis with wide; Height₁₈₂₀＝4Height ₁₈₂₁ Be affixed on the face m of cuboid 1823 in the cylinder 1822; A plurality of copies of cuboid 1820, cuboid 1821 (establish Ent_tmp and be the union of these copies) along straight random arrange and in be affixed on cuboid 1823 upper bottom surfaces, then get plate shape gear piece 1824:Ent by following formula₁₈₂₄＝Ent ₁₈₂₃-Ent ₁₈₂₂ ∪Ent ₁₈₂₀∪Ent_tmp。

26.13 entity 1826,1827, the 1828th, the example of plate shape gear piece 1824 (their profile of tooth distributes different), they are high with wide long together together. In the group of entities 1829, entity 1826,1827,1828 front and back are affixed; A₁₈₂₆、B ₁₈₂₇、C ₁₈₂₈Conllinear.

26.14 cuboid 1830,1831 is with high. The upper bottom surface of cuboid 1830 is centered in the upper bottom surface of cuboid 1831 (tabular), then must be with the plate 1832:Ent of rectangular through holes by following formula₁₈₂₄＝Ent ₁₈₂-Ent ₁₈₂₂。

26.15 in the group of entities 1835, group of entities 1829 (its material is permanent magnet) in the q of the chamber of group of entities 1816, plate 1832 times, and the permanent magnet that is abutted in the chamber q rear wall internal face of group of entities 1816 pushes away along negative Y change in coordinate axis direction.

26.16 cuboid 1836,1837,1838 is with height, entity 1840, the 1841st, the copy of cuboid 1836; AB₁₈₃₆＞AB ₁₈₃₇ Cuboid 1839 (strip) Z-direction axle is affixed on the front end face of cuboid 1838 in medially; The upper bottom surface of cuboid 1837 is centered in the upper bottom surface of cuboid 1838; The upper bottom surface of entity 1840,1841 (the two separation and be contained in the cuboid 1838) all is centered in the upper bottom surface of cuboid 1838 along the X reference axis, then obtain entity 1842:Ent by following formula₁₈₄₂＝Ent ₁₈₃₈-Ent ₁₈₃₇∪Ent ₁₈₃₉∪ Ent ₁₈₄₀∪Ent ₁₈₄₁。

26.17 cuboid 1845,1847 along the Y reference axis with wide, Height₁₈₄₆＝Height ₁₈₄₇, cuboid 1848,1846 along the Y reference axis with wide, the width of cuboid 1846 along the width of Y reference axis=2 * cuboid 1845 along the Y reference axis. Make and be affixed on cuboid 1846 front end faces in the cuboid 1847, be affixed on cuboid 1846 left sides in the cuboid 1845, cuboid 1845,1847 reclines mutually, be affixed on cuboid 1846 front end faces in the cuboid 1848, then obtained containing the entity 1849:Ent of a rectangular through holes, a T-slot by following formula₁₈₄₉＝Ent ₁₈₄₆-Ent ₁₈₄₅∪Ent ₁₈₄₇∪Ent ₁₈₄₈ Entity 1850 is mirror images of entity 1849.

26.18 straight triangular prism 1855 cross sections all are isosceles right triangle, entity 1858 is copies of straight triangular prism 1855. Cuboid 1856,1857 along the X reference axis with wide. Make the rib b of cuboid 1856 be centered in the rib a of cuboid 1857, entity A (copy of cuboid 1857) is the outer upper surface that is attached to cuboid 1856 symmetrically; The a pair of opposite side of straight triangular prism 1855 bottom surfaces is centered in respectively a pair of opposite side of entity A upper bottom surface, the straight extraterrestrial bottom surface that is attached to cuboid 1857 of 1858 point symmetries of triangular prism, and the union of all these entities is dead bolt 1859. Among Figure 18 (m), entity C is 1,859 one kinds of stereograms of dead bolt.

26.19 cuboid 1872,1873 along the X reference axis with wide, the width of cuboid 1870 along the width of X reference axis=3 * cuboid 1873 along the X reference axis. Make the right side that is affixed on cuboid 1873 in the cuboid 1872, cuboid 1870 bottom surfaces medially stride across the upper bottom surface of cuboid 1873 along the Y reference axis, three summits of straight triangular prism 1871 bottom surfaces overlap with three summits of cuboid 1870 upper bottom surfaces respectively, then get master lock slide plate 1874:Ent by following formula₁₈₇₄＝Ent ₁₈₇₀∪Ent ₁₈₇₁∪Ent ₁₈₇₃-Ent ₁₈₇₂。

26.20 in the group of entities 1876, the T-slot of the T-slot of entity 1850 over against 1851; The top of master lock slide plate 1874 fits loosely in the vertical slot of entity 185D, 1851 T-slot, and the raised line of dead bolt 1859 bottoms fits loosely in the translot of entity 1850,1851 T-slot. The inclined-plane at its top pushes the inclined-plane of dead bolt 1859 bottoms and dead bolt 1859 is moved to left when moving on the master lock slide plate 1874.

26,21 group of entities 1901 are examples of group of entities 1876, and entity 1902 is examples of entity 1842. In the group of entities 1903, entity a, the b in the group of entities 1901 (with entity 1902 with high) be a tight fit among groove c, d, e, the f of entity 1902, and the upper bottom surface of the upper bottom surface of entity a, b and entity 1902 is coplanar.

26.22 in the group of entities 1907, A₁₉₀₃、B ₁₉₀₃、C ₁₉₀₃Respectively with A₁₈₁₆、B ₁₈₁₆、C ₁₈₁₆Overlap (group of entities 1816, group of entities 1903 seam are master lock together) D₁₈₁₆At BC₁₇₉₁On. Attached lock slide plate 1814 in the group of entities 1816 can move to left ordinatedly and enter seam f in the group of entities 1791. The rear end face of the rear end face of group of entities 1816 and group of entities 1791 is coplanar; The three is welded into one.

26.23 cuboid 1919 is copies of cuboid 1915. To cuboid 1910,1913,1915, Height₁₉₁₅≤Height ₁₉₁₀＜Height ₁₉₁₃。 Length _X、1913＝Length _X、1910+4×Width _X、1915 The upper bottom surface of cuboid 1910 is centered in the upper bottom surface of cuboid 1913; The rib c of cuboid 1915 is centered in AB₁₉₁₃, be affixed in the cuboid 1919 cuboid 1913 the left side and with cuboid 1915 symmetries. Be affixed on the front end face of cuboid 1913 in the cuboid 1916,1914, the rib b of cuboid 1914 is centered in the rib a of cuboid 1916. Cuboid 1916,1914 both sides, a plurality of copies of cylinder 1912 (establish Ent_tmp and be the union of these copies) are along note in the straight line that is parallel to the X reference axis in the front end face of cuboid 1913, outer note in the front end face of cuboid 1910. Be affixed on the front end face of cuboid 1913 in the cuboid 1911,1912, and lay respectively at the upper and lower of cylinder 1912 copies. Obtain entity 1920:Ent through following formula₁₉₂₀＝Ent ₁₉₁₃-Ent ₁₉₁₁∪Ent ₁₉₁₂∪Ent ₁₉₁₀₁∪Ent ₁₉₁₄∪Ent ₁₉₁₆∪Ent ₁₉₁₅∪Ent ₁₉₁₉∪Ent_tmp。

26.24 in the group of entities 1922 (being combination padlock), the reclining internal face of entity 1920 antethecas of the reclining internal face of entity 1920 left walls of the left side of group of entities 1907, the front end face of group of entities 1907, B₁₉₂₀、A ₁₉₀₇Overlap. In the group of entities 1922, from front end face many rows circular hole aperture backward unanimously and one by one over against, the hole of group of entities 1922 is called the key positioner hole. The groove 1920-2 with cecum on the entity 1920 is called the lock body blind slot.

26.25 (strip, its cross section are square to cuboid 1927; Be uniform-distribution with row ordering arabic numeric characters at random along the Y reference axis on its upper surface), cylinder 1925, band external screw thread round bar 1926, Length_Y，1926＜Length _Y，1927, the front end face of round bar 1926 is centered in the front end face of cuboid 1927, and the front end face of cylinder 1925 is centered in the rear end face of cuboid 1927, then obtains entity 1928:Ent by following formula₁₉₂₈＝Ent ₁₉₂₇∪Ent ₁₉₂₅-Ent ₁₉₂ It is entity 1928 with numerical character that key pushes away bar 1928a.

26.26 to cylinder 1930,1931,1932,1933, Radius₁₉₃₁＜Radius ₁₉₃₀＝Radius ₁₉₃₃＜Radius ₁₉₃₂ Make cylinder 1930,1931,1932,1933 center of circle line conllinear and front and back connect, three's union is transfers code bar 1934 with being affixed.

26.27 the cross section of straight quadrangular 1940 is right-angled trapezium. Entity C, D are the copies of cylinder 1943. Entity A, B are the copies of cylinder 1945. To cuboid 1946,1944,1942, Length_Y，1945＝Length _Y，1942＜Length _Y，1944＝Length _Y，1946； Height ₁₉₄₂＝Height ₁₉₄₆＜Height ₁₉₄₄＜Height ₁₉₄₁ Make cuboid 1946,1942 (the two separate) be affixed on up and down the front end face of cuboid 1944 in medially; The rear end face of cuboid 1941 (between cuboid 1946,1942 front end faces) is posted by up and down the front end face of cuboid 1944 symmetrically; The rib c of straight quadrangular 1940 is centered in the rib a (length＜Length of the rib b of straight quadrangular 1940 of cuboid 1941_Y，1941); Be affixed on the front end face (entity A, B symmetry are about cuboid 1942) of cuboid 1944 in entity A, the B; Be affixed on the upper surface of cuboid 1944 in entity C, the D; Entity C, D be outer cuboid 1946,1942 the upper surface (establishing the union that Ent_tmp is entity A, B, C, D) of being affixed on respectively, then gets entity 1947:Ent by following formula₁₉₄₇＝Ent ₁₉₄₄∪Ent ₁₉₄₀∪ Ent ₁₉₄₁-Ent ₁₉₄₂∪Ent ₁₉₄₆∪ Ent_tmp. Entity 1947a is the another kind of stereogram of entity 1947. Cylinder E, F are the copies of cylinder 1945 (strip); Cylinder G, H are the copies of cylinder 1945. Make cylinder E, F, G, H be affixed on up and down the right side (cylinder G, H pass the internal face of entity 1947a left) of entity 1947a in medially, establish the union that Ent_tmp is cylinder E, F, G, H, then obtain key cavity 1948:Ent by following formula₁₉₄₈＝Ent _1947a-Ent_tmp。

26.28 among Figure 19 (h), to cuboid 1950,1951,1953, Length_Y，1950＜Length _Y，1951＝Length _Y，1953 Make the front end face of cuboid 1951 be centered in the front end face of cuboid 1953; The upper surface of cuboid 1950 is centered in the upper surface of cuboid 1953, and the lower surface of cuboid 1950 is centered in the upper surface of cuboid 1951, then obtains entity 1960:Ent by following formula₁₉₆₀＝Ent ₁₉₅₃-Ent ₁₉₅₀∪Ent ₁₉₅₁ Entity B is the copy of cuboid 1950. Length_Y，1956＜Length _Y，1952 +Length _Y，1954 In the group of entities 1958, a plurality of copies of cylinder 1952 (such as entity A) are evenly distributed and be affixed on up and down the front end face of cuboid 1954 outside medially along straight line. Make the rear end face of group of entities 1958 be centered in the rear end face of cuboid 1956, upper surface, the lower surface that the upper surface of entity B (establishing Ent_B is entity B) is centered in cuboid 1956 is included in the upper surface of group of entities 1958, then gets entity 1962:Ent by following formula₁₉₆₂＝Ent ₁₉₅₆-Ent ₁₉₅₈∪ Ent_B. Make the front end face of cylinder 1957 be centered in the rear end face of cuboid 1955, then get entity 1961:Ent by following formula₁₉₆₁＝Ent ₁₉₅₇∪Ent ₁₉₅₅ Entity E, F, G, H are the copy of entity 1961. Make rib c, the d of entity 1960 be centered in respectively the rib a of entity E, the rib b of entity F, then entity 1963 is the union of entity 1960, E, F. In like manner, can get entity 1964 by entity 1962, G, H. Entity 1963,1964 is turned upside down, make the upper surface of cuboid 1966,1965 (being strip) be included in respectively entity 1963,1964 upper surface (cuboid 1966,1965 is passed down through respectively entity 1963,1964 upper wall), then get attached sliding sleeve 1967:Ent by following formula₁₉₆₇＝Ent ₁₉₆₃-Ent ₁₉₆₆ By the sliding sleeve 1968:Ent of following formula winner₁₉₆₈＝Ent ₁₉₆₄-Ent ₁₉₆₅。

26.29 main sliding sleeve 1968 cooperates into the oblong aperture on key cavity 1948 the right and the round blind hole of both sides (putting a spring in each circle blind hole now) thereof along positive Y reference axis, screw A pass key cavity 1948 upper wall pins advance main sliding sleeve 1968 oblong aperture f can before and after slip but can not deviate from. In like manner, attached sliding sleeve 1967 enters the rectangular chamber on key cavity 1948 left sides and by pinning along negative Y reference axis loose fit.

26.30 entity 1982 is examples of entity 1934, entity 1981 is examples that key pushes away bar 1928a. The radial section of circular arc bar 1983 is rectangles, and radian is 270 °. Be group of entities 1973 subdivisions up and down two parts: 1973-1,1973-2. Key pushes away bar 1981 notes and is clipped in the master lock sliding sleeve. The external screw thread of entity 1982 cooperates into the screw of entity 1981, entity 1982 along negative Z change in coordinate axis direction pass group of entities 1973 hole b (external diameter of its aperture＜circular arc bar 1983) until the cannelure a of entity 1982 entirely expose, at the cannelure a that circular arc bar 1983 is stuck in entity 1982, an end of transferring the code bar is that quilt pine hoop is in the wall circular hole of chamber. In like manner, install respectively in group of entities 1973 other holes and push away bar, (key in the attached lock sliding sleeve pushes away bar and calls attached lock and push away bar namely to form a key; Key in the master lock sliding sleeve pushes away bar and is called master lock and pushes away bar). One teasing and ridicule a yard bar (as transferring a code bar 1934, one end pine hoop is in the wall circular hole of chamber) and cooperate to advance to push away in bar (note is clipped in master lock sliding sleeve or the attached lock sliding sleeve) screw like this, on the key. Rotation transfers a code bar to make to push away bar respectively has a character to appear at observation window, and the character string of this moment is the current code of key. The character that difference pushes away on the bar all is random alignment; The key of different combination padlocks, it is unified but character separately is arranged different that it pushes away bar. The position 1973-1 of group of entities 1973 is called key positioner bar (it is sturdy to push away bar more than key).

26.31 to cuboid 2001,2002, Height₂₀₀₆＝Height ₂₀₀₁＜Height ₂₀₀₂, make the upper bottom surface of cuboid 2001 be centered in the upper bottom surface of cuboid 2002, then get basket 2004:Ent by following formula₂₀₀₄＝Ent ₂₀₀₂-Ent ₂₀₀₁ Cylinder 2009 is copies of cylinder 2003. The cylinder 2009 outer rear end faces that are affixed on cuboid 2006, cylinder 2009 is being moved forward 2mm first; The cylinder 2008 outer right sides that are affixed on cuboid 2006, cylinder 2008 is moved to the left 2mm first, is namely forming group of entities 2010. In the group of entities 2011, the front end face of cylinder 2003 is centered in the front end face of cuboid 2007. Entity D, E are the copies of cuboid 2005 (strip). Make A₂₀₁₀、B ₂₀₀₄Overlap, cylinder 2008 passes the right wall of basket 2004 to the right, and cylinder 2009 passes the rear wall of basket 2004 to the right; The rib a of group of entities 2011 is on the rib b of entity 2004, and cylinder 2003 passes the rear wall of basket 2004 backward; The outer right side (cylinder 2008 in the group of entities 2010 is clipped between entity D, E up and down symmetrically) that is affixed on basket 2004 of entity D, E (establishing the union that Ent_tmp is entity D, E) then gets decipherer cavity 2012:Ent by following formula₂₀₁₂＝Ent ₂₀₀₄∪Ent ₂₀₀₆∪Ent ₂₀₀₅∪Ent_tmp-Ent ₂₀₀₃∪Ent ₂₀₀₈∪Ent ₂₀₀₉ In the group of entities 2017 (being decipherer), an end of rotating shaft 2016 is roller gears, and the other end is conical gear; One end of rotating shaft 2015 is conical gears, and the other end passes roller gear 2013; The conical gear engagement (axial line of two rotating shafts is orthogonal) of the conical gear of rotating shaft 2016 and rotating shaft 2015; Roller gear 2013 meshes with the roller gear of rotating shaft 2014 ends. In the group of entities 2017 rotating shaft cooperate respectively in three pairs of holes (corresponding respectively to cylinder 2003,2008,2009) in the decipherer cavity 2012, tooth bar 2018 is engaged on push-and-pull tooth bar 2018 behind the roller gear (stretching out outside decipherer cavity 2012) in the rotating shaft 2016, can make rotating shaft 2017 quick rotation (gear of the radius of roller gear 2013 in the rotating shaft 2017), stretch out termination outside decipherer cavity 2012 and drive again and transfer the code stalk to rotate.

26.32 the upper bottom surface of cuboid 2020 is centered in the upper bottom surface (Height of cuboid 2021₂₀₂₀＜Height ₂₀₂₁), then obtained waiting the basket 2027:Ent of wall thickness by following formula₂₀₂₇＝Ent ₂₀₂₁-Ent ₂₀₂₀ In the group of entities 2026, cuboid 2023,2025 (all being sheet) is mirror image each other, and cuboid 2022,2024 (all is sheet; If around Y reference axis rotation 15, then cuboid 2022 all ribs all are parallel to reference axis cuboid 2022) mirror image each other; Cuboid 2022,2023,2024,2025 thickness (wall thickness of this thickness=basket 2027) equate and along the Y reference axis with wide; 2022,2023 upper bottom surfaces overlap fully by the limit of positive X reference axis; The limit of cuboid 2022, the negative X reference axis of 2023 upper bottom surfaces deflection overlaps fully. Make the bottom surface of bottom surface, basket 2027 of group of entities 2026 coplanar, the left and right sides both ends of the surface of group of entities 2026 are contained in respectively the left and right sides both ends of the surface of cuboid 2021, then get entity 2028:Ent by following formula₂₀₂₈＝(Ent ₂₀₂₇-Ent ₂₀₂₃∪Ent ₂₀₂₅)∪Ent ₂₀₂₂∪Ent ₂₀₂₄。

26.33 entity 2032 is copies of entity 1920. To cuboid 2030,2031, AB₂₀₃₀＝AB ₂₀₃₁, make BC₂₀₃₀Be centered in BC₂₀₃₁On, D₂₀₃₂、E ₂₀₃₂Respectively with A₂₀₃₁、B ₂₀₃₁Overlap GH₂₀₃₂Be centered in AB₂₀₃₀On, then get entity 2033:Ent by following formula₂₀₃₃＝ (Ent ₂₀₃₁-Ent ₂₀₃₂)∪Ent ₂₀₃₀ Be entity 2033 subdivisions entity 2035,2036, make AB₂₀₂₈、CD ₂₀₃₅Overlap fully, entity 2035 passes forward entity 2028 antethecas, and nearly entity 2028 antethecas of the rear end face note of entity 2035 then get entity 2029:Ent by following formula₂₀₂₉＝Ent ₂₀₂₈-Ent ₂₀₃₅。

26.34 cuboid 2042, base basket 2040 are contour. Make AE₂₀₄₂Be centered in CD₂₀₄₀On, A₂₀₂₉、B ₂₀₂₉、C ₂₀₂₉、D ₂₀₂₉Respectively with A₂₀₄₂、 B ₂₀₄₂、C ₂₀₄₂、D ₂₀₄₂Overlap, then get entity 2043:Ent by following formula₂₀₄₃＝(Ent ₂₀₄₀-Ent ₂₀₄₂)∪Ent ₂₀₂₉ Entity 2043 is the base basket of chamber 2043-1 with lock; Two profiles among the lock chamber 2043-1 can snap in ordinatedly combination padlock lock body blind slot and push its cecum it can not be deviate from.

26.35 entity 2045 is positions (the dead bolt catching groove therein) of entity 2318. In the group of entities 2047, dead bolt 1859 in the group of entities 1876 move to left and on push away entity 2324 and make the projection on entity 2324 tops snap in main cover hinge projection and between the cover hinge projection, make intermeshing circumferential positioning tooth cover can not do the clutch campaign, this moment can not be digging from lid that Fu Zaizhu covers. The dead bolt 1859 that moves to left snaps in simultaneously the main dead bolt catching groove that covers and main lid, base basket is locked together.

26.36 during locking, master lock slide plate 1874 blocks the dead bolt 1859 that buckles into the dead bolt catching groove and makes it to shift out the dead bolt catching groove; Attached lock slide plate 1814 stretches out between master lock gear piece and locking face, and the circular hole on the attached lock slide plate and the circular hole of master lock locking face stagger fully, makes outer the pushing away bar and can't contact the master lock gear piece of lock;

26.37 when opening the lock with the key, key positioner bar 1973-1 enters first the locating hole 1920-1 on the combination padlock 1922 ordinatedly; Attached lock pushes away bar and respectively pushes a slice in the attached lock gear piece and form a dark teeth groove, attached lock slide plate 1814 is pushed this dark teeth groove by magnetic force, make small sircle hole on the attached lock slide plate one by one over against the circular hole of master lock locking face, master lock pushes away bar and is pushed the master lock gear piece to form a dark teeth groove, master lock slide plate 1874 namely falls into this dark teeth groove and no longer stops dead bolt 1859, dead bolt 1859 is borrowed the elastic force dead bolt catching groove that moves to right out, and lock is opened.

26.38 when taking out key and going out to lock, the face m of key positioner bar 1973-1 releases the dark teeth groove of attached lock to attached lock slide plate, the circular hole on the attached lock slide plate and the circular hole of master lock locking face stagger fully, make outer the pushing away bar and can't touch the master lock gear piece of lock.

27 user Ke Yi need make up and obtain required platform. On this platform, main lid, adjustable from the lid gradient, mutually to hinge, consist of two panels that present reading matter; Main cover hinge is in base basket (or primary basket); Interchangeable from the shrouding of lid, main lid, have three kinds of shroudings: common shrouding, carrying magnetic write the shrouding in block, with the shrouding of multi-zone keyboard; Can be divided into stationery type from lid, computermatic from lid from lid; Wing plate can be inserted admittedly and cover both sides from lid or master, and the matching computer formula is made mouse pad from the optical mouse of lid with the wing plate with colored lattice-array; By pressing book card that book is fixed in from lid or main covering; Combination padlock is being locked into one from lid, main lid, base basket; Be equipped with from lid, main lid, book bucket, stool for primary basket with foot rest and namely consist of a complete combined console, can be used as a fixing study or workbench.

27.1 at base basket 2043, mainly cover 2053, stationery type overlapping circumferentially from covering each hinge projection of 2052 that positioning tooth overlaps a copy of 116. Combination padlock is snapped in the base basket. Entity A, B are the copies of magnet ring 2057 (annulus, its radial section is rectangle), are adjacent to be enclosed within on hinge axis 2055 thin bar sections about them and the two mutual exclusion. A ring latch 1565 rectangular through holes that can pass tightly hinge axis 2055 terminations inwardly pushes entity A, B makes and can not deviate from; Repulsive interaction between entity A, B makes the ridged teeth of axial location tooth cover intermeshing closely. With hinge axis main cover hinge at base basket, at main lid, and equal magnet ring of band head latch 1565, a pair of mutual exclusion on each hinge axis namely consists of group of entities 2060 from cover hinge. 1429 of positioning strips of base basket snap in the base basket positioning strip draw-in groove of base basket 2051 bottom rear.

27.2 in the group of entities 2063, shrouding slip limiting plate 1556 is inserted among the common shrouding 1630 jack h tightly.

27.3 among Figure 21 (a), the pan of end basket 1213, connection box 1114, top frame 1110 (end basket 1213, connection box 1114, the length of top frame 1110, width are consistent) left and right side is worn and sell by a plurality of copies of connecting rod 1236, connector 1320, connector transfer tube 1313, namely become a basket (this basket is primary basket). Be combined into four foot rests with connecting rod 1236, connector 1320, connector transfer tube 1313, and four open tubular columns on the stool plate 1307 be enclosed within correspondingly on the four root post heads of four foot rests, namely be combined into stool 2103. Connector with a plurality of copies expansion primary baskets of connecting rod 1236, connector 1320, connector transfer tube 1313 forms the bridge of a sky, and is stuck in book bucket 1364 ordinatedly on the bridge and 4 copy pins of book bucket pin 1384 is entered the fork-shaped pin of book bucket. This just has been combined into group of entities 2112.

27.4 in the group of entities 2066, two copies (entity A, B) of group of entities 2063 cover respectively main lid in group of entities 2060 ordinatedly, from covering (shrouding button pawl with make the shrouding can not prolapse upwards from protruding the cooperation one by one of lid or the main shrouding button that covers, the on-slip convex body on the shrouding, slip limiting plate can not horizontally slip shrouding). Two copies that wing plate is other 1348 insert wing plate 1347; Again wing plate 1347 on-slip posts, other of wing plate are inserted correspondingly from the wing plate locating hole of lid (or main lid) sidewall. Press book card 1547 to insert the shrouding notch and enter the pressure book card locating slot of pressing the book card master lid (or from lid), press link closely ordinatedly sawtooth in the locating slot of the sawtooth of book card 1547 to make and press book card not deviate from. The bench vice positioning head of bench vice main body 900 is inserted the bench vice locating hole from lid and uses bench vice pin 407 pinnings. A portable stage for the papery reading matter that Here it is.

27.5 the stationery type of portable reading and writing platform is replaced into from lid computermaticly is equipped with glove-type input peripheral 2251 from covering 2224, then obtain one for the portable stage of computer monitor.

27.6 among Figure 21 (b), the hinge projection of group of entities 2112 is put circumferential positioning tooth cover; With the base basket in the group of entities 2112 displacement group of entities 2066, with pressing book card that books are positioned at main cover or from covering; The main common shrouding that covers of shrouding displacement with the carrying magnetic board namely forms the small blackboard that can replace foul papers at platform, just has been combined into a fixed reading and writing platform for the papery reading matter.

27.7 among Figure 22 (f), include group of entities 2112, group of entities 2066, optical mouse 2244, with the shrouding 2173 of multi-zone keyboard, computermatic from cover 2224, the shrouding 2213 of carrying magnetic board. With computermatic from lid, replace respectively stationery type from lid, the main shrouding that covers with the shrouding of multi-zone keyboard, and cover the right side and plug one with the wing plate of colored lattice-array main, be equipped with optical mouse 2244 on the wing plate, namely be combined into one for the fixed platform of computer monitor.

Beneficial effect of the present invention

The present invention has improved the kinds of platform annex and has made it have good associativity, they are integrated into one, thereby make depositing of multiple fragmentary instrument more orderly, take more conveniently, avoid causing cervical spondylopathy, causing arthropathy because typewriting for a long time because of the read-write of bending over the desk for a long time; When reducing the expense of people on mouse, foul papers, make corresponding activity more convenient and reliable.

Description of drawings

Fig. 1-Figure 24 is machine components of the present invention or parts (being 3D solid) forming process figure or installation diagram.

Figure 25 is the schematic diagram of magnetic wordpad.

Figure 26 is circuit and the software flow thereof of optical mouse.

Figure 27 is circuit and the software flow thereof of multi-zone keyboard.

Figure 28 is outside drawing, the circuit theory diagrams of glove-type input peripheral;

Figure 29 is the software flow pattern of glove-type input peripheral.

Claims (8)

1 one kinds of circumferential positioning modes of disengaging type by the identical tooth that circumferentially is evenly distributed on the pan end face, are engaged in different angles and change the bipartite relative angle of hinge, and it is characterized in that: these teeth and distribution thereof are same as annulus 100; Total 4n (n is positive integer) individual ridged teeth (or sector) is distributing on the annulus 100; If ridged teeth, then the crestal line of all ridged teeths, valley line meet at the some O on the line of the center of circle; On an optional ridged teeth 100-1, quadrangle EFCB is isosceles trapezoid (limit CF, BE are waist, and limit BC, EF are parallel to the center of circle line of annulus 100); Fit over tightly outer circumferential positioning tooth cover 116 (high-strength material is made) of hinge projection and provide the required ridged teeth in circumferential location or sector, the concyclic heart line of the pan of the circular hole of its both ends of the surface and hinge projection, same radius.

2 one kinds of magnetic wordpads make colored magnetic particle move to write out colored lines by the thin bar of the strong magnetic pole of termination band, it is characterized in that: two look magnetic cylinders in the thin chamber are switched between two stable states back and forth and write out lines by magnetic pen 2505; Wherein, two look magnetic cylinder plane earths are arranged in the thin chamber (being surrounded by clear glass, magnetic cylinder fence, weak magnetic sheet) of the weak magnetic sheet of tight note; Strong magnetic sheet in three layers of magnetic sheet, weak magnetic sheet mutual exclusion and in thin chamber, form zero magnetic field face (can be idealized as a plane that is parallel to magnetic sheet plate face); Magnetic grain 2502 in the two look magnetic cylinders can be stabilized in upside or the downside of zero magnetic field face; The magnetic grain is in the center of half magnetic cylinder, and the two look magnetic cylinders that are in stable state externally present a kind of color only; The hole of clear glass, magnetic cylinder fence, strong magnetic sheet, weak magnetic sheet is centering up and down, is passed these holes and is cooperated to advance nut and they integrators by bolt.

3 one kinds of two-dimension displacement decision methods by the photodiode detected light information and be translated into two-dimension displacement, is characterized in that: the photodiode D in the color sensor_G、D _B(photodiode D_G、D _BDetect respectively green glow, blue light light intensity) respectively corresponding X, Y displacement; D_GSweep at colored lattice-array and to move, its corresponding value attitude signal step ground changes, by the definition of unit battle array as can be known: move if forward is swept, the rising edge quantity of this value attitude signal is greater than trailing edge quantity (ratio of the two approximates 2 times), otherwise trailing edge quantity can determine the positive and negative of displacement accordingly less than rising edge quantity; Single-chip microcomputer is by voltage corresponding to sampling period Ts (such as 1 millisecond) sampling blue sensor, the diode D in software analysis obtains statistic period T a_GThe quantity Qs of value attitude signal rising edge and the quantity Qx of trailing edge, Vx is the X displacement of color sensor in the statistic period T a, | Vx|=Qs+Qx; Such as Qs 〉=Qx, Vx 〉=0, otherwise, Vx＜0; In like manner can get the Y displacement Vy of color sensor; Colored lattice-array is put together by the unit battle array; A unit battle array seamlessly is put together by 3 * 3 square formations (table 1 is battle array grid position, unit and its RGB colouring information corresponding relation) by 9 colored grids; Photodiode value attitude: the scope by the ratio place of the corresponding voltage of photodiode and reference voltage determines three kinds of values are arranged: 0,1,2 according to the definition of value attitude signal.

4 gravity type buttons can be converted into button operation and can survey signal, and it is characterized in that: during without external force, gravity makes permanent magnet away from mistor, and the resistance value of mistor is less; During keystroke, permanent magnet is near mistor, and it is large that the resistance value of mistor becomes;

4.1 during without external force, pendant ball 1753 borrows that deadweight is drop-down walks around the flexible cord 1754 that rotating shaft 1751, an end glue are fixed in button kinetoplast 1721 bottoms, make 1721 risings of button kinetoplast and remain on a high position, be positioned at the permanent magnet A of button kinetoplast 1721 lower end central authorities away from the mistor c that is positioned at keyseat 1750 bottom circular holes; During keystroke, button kinetoplast 1721 moves down, and permanent magnet A is near mistor c;

4.2 the rotating shaft that button sticks up bar 1578 is stuck up between the center of gravity, through hole c of bar 1578 between button; During without external force, the permanent magnet that button sticks up in the bar 1578 sticks up from the mistor (in circular hole b) that sticks up in the bar cavity volume; During keystroke, the permanent magnet that button sticks up in the bar 1578 moves down and touches mistor.

5 multi-zone keyboards can be converted into corresponding key to button operation and send, and it is characterized in that: four key battle arrays are corresponding four class characters respectively, and each key battle array is distributed with 3 * 3 (or 4 * 3) battle array by the gravity type button and forms; On each key battle array, (its size matches with finger singly-bound, split type circle pit; Risked by the individual button of N (N is integer, N＞1) such as a round pit, this N button namely is a Macintosh commonly used), the respectively corresponding conventional characters of horizontal key row; Other the key combination correspondence character that is of little use; Single-chip microcomputer is converted into the value attitude signal of this button to this voltage by variable connector, with sampling period Ts (such as 20 milliseconds) voltage corresponding to each button of sampling by software, and extracts the rising edge of key value attitude signal; Rising edge such as the individual key value attitude signal of n (n is integer) is in the same keystroke stage, and then this n key consists of a Macintosh (be a special case of Macintosh depending on singly-bound), and tabling look-up 6 must corresponding character and the key thereof of this Macintosh;

5.1 the semicircle notch by two button cangue plates (such as button cangue plate 1761,1762) fits loosely in the annular groove (such as the annular groove 1755-1 of gravity type button 1755) of gravity type button, with screw two button cangue plates are fixed on the key battle array seat frame again, be structure button in a row, so can on a plurality of key battle array seat frames, form respectively a key battle array;

5.2 establishing the last look attitude of mistor R is St, its corresponding voltage is V_R, then: if 1. V_R＜V1, then St=1; If 2. V_R＞Vh, then St=0; If 3. VI＜V_R＜Vh, then time new value attitude of St=mistor R;

5.3 the keystroke stage: time new value attitude such as all buttons all is 0, and the up-to-date key value attitude of at least one value=1 is arranged, and then to specify one of them value attitude be 1 key as the sign key in this keystroke stage, and this moment as the beginning in keystroke stage; This sign key became for 0 the moment by 1 afterwards, then as finish time in keystroke stage;

5.4 mode switching key, or be a Macintosh of gravity type button, or be an elastic force type button;

5.5 each cake circumferentially be divided into four fan-shaped, the character on each is fan-shaped be under the associative mode under the cake character that is pressed and produces;

5.6 the character of four key battle array correspondences is respectively: a. small letter English character, the English punctuate of part; B. capitalize English character, the English punctuate of part; C. English character corresponding to Hanzi inputing code, the Chinese character punctuate; D. other character.

6 optical mouses, catch key information on the mouse and mouse displacement information and it is sent, it is characterized in that: its left and right press key is claim 5 described gravity type buttons, single-chip microcomputer is by variable connector sample periodically button and voltage corresponding to color sensor, and software obtains button, displacement and the contact attitude information of mouse with claim 4, claim 6 described analytic approach;

6.1 contact attitude information is the value attitude of mistor Rm;

6.2V _D1Reference voltage be V_D3；V _D2Reference voltage be V_D4。

The combination padlock external member, a kind of coded lock only has when the code value of input is specific code value, and lock is opened, and it is characterized in that:

7.1 teasing and ridicule a yard bar (as transferring a code bar 1934, one end pine hoop is in the wall circular hole of chamber) and cooperate to advance to push away in bar (note is clipped in master lock sliding sleeve or the attached lock sliding sleeve) screw on the key; Rotation transfers a code bar to make to push away bar respectively has a character to appear at observation window, and the character string of this moment is the current code of key; The character that difference pushes away on the bar all is random alignment; The key of different combination padlocks, it is unified but character separately is arranged different that it pushes away bar; Rotate an accent code stalk by decipherer 2017, the current code of key is adjusted to specific code value;

7.2 during locking, master lock slide plate 1874 blocks the dead bolt 1859 that buckles into the dead bolt catching groove and makes it to shift out the dead bolt catching groove; Attached lock slide plate 1814 stretches out between master lock gear piece and locking face, and the circular hole on the attached lock slide plate and the circular hole of master lock locking face stagger fully;

7.3 when opening the lock with the key, key positioner bar 1973-1 enters first the locating hole 1920-1 on the combination padlock 1922 ordinatedly; Attached lock pushes away bar and respectively pushes a slice in the attached lock gear piece and form a dark teeth groove, attached lock slide plate 1814 is pushed this dark teeth groove by magnetic force, make small sircle hole on the attached lock slide plate one by one over against the circular hole of master lock locking face, master lock pushes away bar and is pushed the master lock gear piece to form a dark teeth groove, master lock slide plate 1874 namely falls into this dark teeth groove and no longer stops dead bolt 1859, dead bolt 1859 is borrowed the elastic force dead bolt catching groove that moves to right out, and lock is opened;

7.4 when taking out key and going out to lock, the face m of key positioner bar 1973-1 releases the dark teeth groove of attached lock to attached lock slide plate, the circular hole on the attached lock slide plate and the circular hole of master lock locking face stagger fully.

8 glove-type input peripherals: a kind of keyboard that has concurrently, mouse, the computer input peripheral hardware of handheld stylus functions, it is characterized in that: operator's both hands are put on the gloves of this peripheral hardware, with finger back percussion desktop (or operator self health), or mobile at the right hand back with right hand thumb head, or unsettled swing finger, by 10 respectively glue be fixed in the gravity type button of 10 finger backs of right-hand man's gloves (or side), 3 photodiodes that are positioned at right hand gloves (the gloves back is colored lattice-array pattern) the thumb finger back, color sensor that stretches out from the right hand gloves thumb finger back side and the color sensor on each gravity type button side obtain corresponding information of voltage, the Interruption service routine is by these voltages of sampling period Ts timing acquiring, by software resulting various information in the statistic period T a are dealt with and produce displacement, the keystroke combination, contact attitude information, according to different working modes, or send main frame outside, or be used in operations such as local LCDs work editors;

8.1 this input peripheral has 5 kinds of mode of operations: the basic peripheral hardware pattern of percussive, local mode, writing pencil peripheral hardware pattern, the basic peripheral hardware pattern of hanging type, adjusting pattern;

The bit in 5 corresponding 5 bit binary number of gravity type buttons difference on left 8.2 (or right) gloves; Look into correspondingly glove-type input peripheral special character table according to the binary number that percussive keystroke operation (or the operation of hanging type keystroke) produces, obtain respective symbols;

8.3 the right hand four fingers (not comprising thumb) and become a flat board; The ruling of colored lattice-array points in the same way with these flat board four fingers or is vertical;

8.4 the up-to-date maximum in the formation of a measurement period voltage of photodiode is as the reference voltage of its next measurement period;

If 8.5 photodiode D3, D4, D5 relatively be subjected to luminous intensity to be lower than certain to be worth, then to look mouse (or writing pencil) and be in the contact attitude, otherwise be in unsettled attitude;

When 8.6 this peripheral hardware is operated in writing pencil peripheral hardware pattern, press the gravity type button (rising edge of its value attitude signal is corresponding to beginning to write a character) on the left index finger, make the writing pencil nib with right hand thumb finger and write a character at the right hand back, unclamp the gravity type button (its trailing edge has then been write complete for this character) on the left index finger;

8.7 a Macintosh is defined as mode switching key.

9 one kinds of composite and multi-purpose platforms present the panel angle of reading matter (books or computer monitor) or highly adjustable, it is characterized in that: gradient is adjustable, mutually to the main lid of hinge, consist of two panels that present reading matter from lid; Main cover hinge is in base basket (or primary basket); Interchangeable from the shrouding of lid, main lid, three kinds of shroudings are arranged: common shrouding, carrying magnetic write the shrouding in block, with the shrouding of multi-zone keyboard; Can be divided into stationery type from lid, computermatic from lid from lid; Wing plate can be inserted solid from the lid both sides, and the matching computer formula is made mouse pad from the optical mouse of lid with wing plate; Press book card that book is fixed in from lid or main covering; Combination padlock is being locked into one from lid, main lid, base basket; Be equipped with from lid, main lid, book bucket, stool for primary basket with foot rest and namely consist of a combined console;

9.1 stationery type is from covering: a thin cavity that is divided into a plurality of grid by rib, its hinged end is that a row hinge chain projection (match with claim 2 described circumferential positioning tooth covers, be used for from lid and main cover hinge), free end have two inserted link holes (cooperating with connecting rod) and a plane pen hole; Bottom center is the vernier balances observation window; Protruding from the shrouding buttons that cover two rows that distributing symmetrically on the pair of inner wall; With the bench vice pin multifunctional bench clamp pin is fixed in from the bench vice locating hole that covers; Respectively there are three to be used for the fixedly wing plate locating hole of wing plate from the lid both sides;

A) vernier balances: connected successively by zeroing screw 2143, zeroing nut 2142, spring 2141, switch-back 2147, vernier 2148, drag hook line 2149, drag hook 2152; The copy of two cylinder spacers 653 is inserted in the vernier balances cylinder positioning seat, and cylinder 2144 is sandwiched in this between the cylinder spacer, is inserted in the hole of cylinder spacer to axle center bar 2146 loose fits of cylinder 2144; Switch-back 2147 is posted among the annular groove 2144-1 on the cylinder 2144 and walks around 180 °; Pine is affixed on transparent scale bar 2151 (transparent scale bar 2151 is a tight fit in the vernier balances observation window, in vernier 2148 outsides) to vernier 2148 across the vernier balances observation window; (2150 is the figure of vernier 2148 scale sides to the graduation mark of vernier 2148, triangled tip wherein is used for skimming reading, one row's parallel lines are used for intensive reading) in the outside, the graduation mark of transparent scale bar 2151 is in the inboard, and vernier 2148 is pasting transparent scale bar 2151 slips (the two scale relation and number reading method are same as slide measure); Zeroing screw 2143 passes hole 725-1 and is engaged in the zeroing nut 2142, in order to regulate the distance of zeroing nut 2142 to plate hole 725-1;

B) multifunctional bench clamp: the T shape of kinetoplast 855 a loose fit ground button is contained among the T shape chute 901-1 that decides body 901, the bar head 737-3 of bench vice screw rod 737 (its termination is not threaded) is inserted through screw the T shape head of kinetoplast 855 from deciding body 901 lower ends after, bar head 737-3 inserts in the round pool of bench vice positioning head 812, magnetic door bolt sheet passes the annular groove 737-1 both sides that the oblong aperture 901-2 that decides body 901 is latched in bench vice bull stick 737 ordinatedly, and bench vice screw rod 737 can not be moved vertically; Rotate bench vice screw rod 737 with pulling bar, make kinetoplast 855 and be solidly plugged in accessory part (such as the part of the bench vice annexes such as punching annex, wire stripping annex, dazzling annex, the annex that cracks, line ball annex, the annex of stapling together) moving linearly together on the kinetoplast, and be solidly plugged in the accessory part of deciding on the body 901 and cooperate to finish corresponding function; The part of a bench vice annex (except the annex of stapling together) comprises a substrate, the one side of substrate two cylinders (can insert ordinatedly kinetoplast or decide two annex locating holes on the body) that standing, another side is the shape body (directly cutting is transplanted from present general apparatus) with specific function; The annex of stapling together (is leaned against the staple gear on the wall 2414-1 by the magnetic force suction) in nail chamber 2414-2 by catch 2424, and push jack 2484-1 flatly pushes away staple and makes it to pass the slit that paper enters folding heel piece 2464; Rotating bull stick 2475 makes two folding heel pieces 2464 come and go mobile and nail pin section 90-degree bent in its slit;

9.2 computermatic from lid: a kind of panel computer, its hinge position is identical from covering with stationery type;

9.3 common shrouding: the distributing flat board of the shape bodies such as shrouding button pawl of the full light of plate face, another plate face, its left and right sides plate is distributing two row's shrouding button pawls symmetrically (such as 1630-2 along upper front and back, with protruding cooperation of shrouding button from lid or main lid), left plate is inserted set shrouding slip limiting plate 1556 along row's on-slip convex body (such as on-slip convex body 1630-3) is arranged among the oblong aperture 1630-5 of right panel rib 1630-6; Four notches (such as notch 1630-1) of shrouding 1630 are used for allowing presses book card to insert pressure book card slot;

9.4 the shrouding of carrying magnetic board: magnetic wordpad is as described in the claim 3; By the hole in bolt and the entity 2211 (such as hole h), a plurality of copies of magnetic wordpad 2212 are fixed in the square window of entity 2211 central authorities; Magnetic wordpad, entity 2211 upper bottom surfaces are coplanar;

9.5 the shrouding with multi-zone keyboard: multi-zone keyboard is as described in the claim 6; Copy by screw and a plurality of button cangue plates 2132 is fixed on the copy of four group of entities 2131 in four key battle array seat frames of entity 2173;

9.6 main lid: one is divided into the thin cavity of a plurality of grid by rib, and its two hinged end respectively has a row hinge chain projection (be used for from lid or base basket hinge); Free-ended hinge projection stands on the main plate face that covers so that hinge is attached to main covering in free-ended can the closing from lid of main lid; Cover stiff end near main, be thick with a plurality of short ribs; The distribution that its shrouding button is protruding and same from covering; Both sides respectively have three to be used for the fixedly wing plate locating hole of wing plate; The main lid has two circular holes that are used for the fixed handle cover on the handle that free-ended cross section is semicircular ring; The dead bolt catching groove of free end inboard cooperates with the dead bolt of combination padlock;

9.7 wing plate a: flat board, an one plate face smooth (or being with colored lattice-array), another plate face shape bodies such as wing plate button column that distributing; Wing plate other (in the other jack of wing plate), wing plate button column 1347-2 can insert ordinatedly from the wing plate locating hole of lid or main lid;

9.8 base basket: a cavity, its handle covers handle to cooperate the formation cross section is the handle of annulus with main, contains many roots bar in the thin chamber of hinged end; Hinged end is the arch projection (match with claim 2 described circumferential positioning tooth covers, be used for base basket and main cover hinge) that a row contains pan; , there are two slits (such as slit 1403-1) at the basket end; Two profiles among the lock chamber 2043-1 can snap in ordinatedly combination padlock lock body blind slot and push its cecum; Four jiaos of base basket positioning strip draw-in grooves that respectively distributing of base basket back;

9.9 primary basket: a plurality of copies by connecting rod 1236, connector 1320, connector transfer tube 1313 are connected to become a basket to end basket 1213, connection box 1114, top frame 1110, and this basket is primary basket;

9.10 book bucket: be one by in twos mutually perpendicular bottom surface, two containers that wall consists of, four jiaos of its bottom rear respectively have a fork-shaped pin; Four fork-shaped foot plate surfaces are coplanar, and are when being placed on horizontal plane, low outer high in the book bucket bottom surface; Bottom surface notch and wall jack that the T shape of book bucket dividing plate 1363 buckles 1372, plug 1371 can insert the book bucket ordinatedly;

9.11 stool: be combined into four foot rests with connecting rod 1236, connector 1320, connector transfer tube 1313; Tapped open tubular column on 1,307 four jiaos of the stool plates is enclosed within on the four root post heads of four foot rests correspondingly;

9.12 connecting rod: a round bar, two ends respectively have a rectangular through holes;

A 9.13 ring latch: one rectangular (can cooperate into the through hole of connecting rod two ends) enclosed greater than 90 ° identical circular arc (can wrap ordinatedly be buckled in connecting rod outer) by the radian of two sections concentrics and to be clipped in the middle;

9.14 base basket positioning strip: equidistantly leave a plurality of rectangle notches (cooperating with base basket bottom rear base basket positioning strip draw-in groove) one L shaped curved long section symmetry;

9.15 pressure book card: be stuck in the notch of two cylinders of U-shaped tooth bar 1535 by being inserted in door bolt bar 1546 in hook bar 1520 dovetail grooves, tooth bar is constrained in hook bar 1520 both sides, and the protruding fastening of T shape of U-shaped tooth bar the lowest point is engaged in the T shape notch of semicolumn slide block 1542 (but the vertical bar loose fit of its cylinder ground slides in hook bar slide opening).

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