CN203759654U - Multifunctional digital touch-controller structure - Google Patents

Abstract

The utility model relates to a multifunctional digital touch-controller structure, which comprises a touch-control mechanism, a bending part and a rear structure, wherein one end part of the touch-control mechanism is provided with a touch screen area, and the other end part of the touch-control mechanism is connected with one end part of the bending part; the other end part of the bending part is connected with one end of the rear structure, so that the axis of the rear structure and the axis of the touch-control mechanism form two corner pieces by means of the bending part; the hollow interior of the bending part and the hollow interior of the rear structure can be used for putting an integrated circuit and a digital storage carrier; the multifunctional digital touch-controller structure provided by the utility model can be further provided with a second touch-control mechanism; the second touch-control mechanism is movably buckled outside the touch-control mechanism, and the original touch-control mechanism is designed to be hollow; a bar touch-control core is arranged in the original touch-control mechanism; the touch-control core and the axis of the rear structure form the two corner pieces by the bending part. The interaction effect between the multifunctional digital touch-controller structure provided by the utility model and a digital touch-control screen or a digital touch-control panel is better; modern digital recording habit and human engineering are met, and a user can conveniently and comfortably use the multifunctional digital touch-controller structure for a long time.

Description

Multifunctional digital touch controller structure

Technical field

The utility model relates to a kind of numerical digit touch screen device, be particularly related to the interactional effects such as one and numerical digit Touch Screen, numerical digit Trackpad better, and meet modern digital recording custom and the ergonomics of using, and can provide numerical digit to deposit carrier and the Multifunctional digital touch controller structure as multiple digit audio-visual carrier, allow and the utlity model has the function of assembling numerical digit small tool, amusement, education.

Background technology

General touch screen device is to be all direct rod shape or to load onto operational touch-control implements on straight pen, but a kind of unprecedented and change the appearance of the numerical digit touch screen product of people custom, make the product such as original general touch screen device or relevant straight touch controller thing, because not because actual needs changes, produce tired out and puzzlement after long-time use and easily cause, below just illustrate the behaviour in service of general touch screen device:

Please refer to shown in Fig. 1: while using the general straight touch-control implements M1 that numerical digit touch screen product K arranges in pairs or groups, as the too unfavorable gripping of detailed rules and regulations easily lose and bring inconvenience of straight touch-control implements, just and as cross the visual range that slightly blocks the extremely limited numerical digit screen of area K1; In addition, as capacitive touch screen K3 using, please refer to shown in Fig. 2, this straight touch-control implements M2 vertically having relatively high expectations with respect to capacitive touch screen K3 in use, and be easily subject to finger impact and stop screen sight line (please refer to Fig. 1 and Fig. 3), therefore straight touch-control implements M1, M2 need grip (direction of exerting pressure as shown by arrows) with finger grips and with direct press type, make finger, arm, shoulder neck easily tired out, be unfavorable for that long-time gripping used.

Utility model content

In view of the birth of a New Times product, allow corresponding use instrument have the opportunity again changing, this case applicant uses and observes general numerical digit touch-control implements through for a long time, feel these instruments deeply and New Times numerical digit touch-control product has been used many inconveniences mutually, the special the utility model that proposes, its object is to supply different numerical digit touch screens, Digitizing plate uses and assembly numerical digit small tool, amusement and education, and can laborsavingly grip, user can easily be gripped and be applicable to long-time comfortable grip; For achieving the above object, the main technical scheme of the utility model is to provide a kind of Multifunctional digital touch controller structure (hereinafter to be referred as " the utility model "), and the utility model comprises: a touch-control mechanism, a kink, a rear structure; Wherein an end of touch-control mechanism is provided with touch screen district, and the other end of touch-control mechanism is connected with an end of kink, and the other end of kink is connected with an end of rear structure again, make touch screen district by kink, allow the axis of rear structure and the axis of touch-control mechanism form two bent angles, so the utility model can be held between palm and finger, produce the effect of the power-saving of non-direct press type, and see numerical digit screen clearly by the visual field of touch-control with user's angle;

For making the set touch screen district of the utility model there is diversity, a touch control component with difformity, area and use material is set especially in this touch screen district, better use in order to the utility model;

For the utility model can be used on Digitizing plate, set up especially one second touch-control mechanism, and using the former touch screen district in former touch-control mechanism instead a touch-control core replaces, it is configured to: a new touch-control mechanism be hollow form and therein device have a touch-control core, and this touch-control core is strip, touch-control mechanism also forms two bent angles by kink by the two axial lines of touch-control core and rear structure, so can make the utility model when corresponding use, bringing more comfortable impression to user with Digitizing plate or with computing machine.

For making the utlity model has multiple-object function, utilize especially a knot that can be undone by a pull that new touch-control mechanism is held in and simultaneously conveniently again on an end of a kink disassemble from above, in order to replacing touch-control core or packing other instrument into.

Be combined with the use habit in new numerical digit epoch for making the utility model, and there is multi-usage numerical digit function, the utility model can be by the space of the inside institute shape of kink and rear structure, holds micro integrated circuit and relevant mechanism or other instrument coordinating of various difference in functionalitys.

For the utility model being combined with the use habit in new numerical digit epoch and thering is more multi-selection, utilize especially the space that rear structure forms and the structure adding again, the numerical digit that makes the utility model become linking different size is deposited the Card Reader assembly of carrier, makes the function of the utility model assembly numerical digit small tool more polynary.

For making the more comfortable use of the utility model, set up especially a gum cover, this gum cover is enclosed within on the utility model by the position of finger grip.

Be clipped on pocket for the utility model is convenient for carrying, set up especially a clip, this clip is enclosed within on rear structure.

Be combined with the use habit of new digital age for making the utility model, and the functions such as the record of multi-usage numerical digit, advertising, education and audio-visual amusement are rolled into one, special in the rear structure in the utility model, use one instead and can watch and the digit audio-visual screen message assembly with shoot function forms for vision, this digit audio-visual screen message assembly is by the Miniature video integrated circuit by popular at present, integrated circuit screen and the minisize photography lens construction that can Gong watch form, in addition this digit audio-visual screen message assembly can adopt fixed or movable mode to be combined on the utility model, make this digit audio-visual screen message assembly can on the utility model, change actively angle, person easy to use adjusts the visual angle of this digit audio-visual screen message assembly, the large I of screen specification of another this digit audio-visual screen message assembly designs with the need, or set up that a clip is convenient to be clipped in the utility model on clothing.

Brief description of the drawings

Fig. 1 is that the 1st kind of general straight touch-control implements uses situation schematic diagram.

Fig. 2 is that the 2nd kind of general straight touch-control implements uses situation schematic diagram.

Fig. 3 is that the 3rd kind of general straight touch-control implements uses situation schematic diagram.

Fig. 4 is the perspective exploded view of the utility model the first embodiment.

Fig. 5 is the diagrammatic cross-sectional side elevation of the utility model the first embodiment.

Fig. 6 is the schematic side view of the utility model the second embodiment.

Fig. 7 is that first of the utility model embodiment uses schematic diagram.

Fig. 8 is the second use schematic diagram that the utility model embodiment right hand uses.

Fig. 9 is the 3rd use schematic diagram that the utility model embodiment left hand uses.

Figure 10 is the diagrammatic cross-sectional side elevation of the third embodiment of the utility model.

Figure 11 is the elevational schematic view of the 4th kind of embodiment of the utility model.

Figure 12 is the elevational schematic view of the 5th kind of embodiment of the utility model.

Figure 13 is the diagrammatic cross-sectional side elevation of the 6th kind of embodiment of the utility model.

Figure 14 is the perspective exploded view of the 7th kind of embodiment of the utility model.

Figure 15 is the diagrammatic cross-sectional side elevation of the 7th kind of embodiment of the utility model.

Figure 16 is the first use schematic side view of the cut-away section of the 7th kind of embodiment of the utility model.

Figure 17 is the second use schematic side view of the cut-away section of the 7th kind of embodiment of the utility model.

Figure 18 is the cut-away section schematic side view of the 8th kind of embodiment of the utility model.

Figure 19 is the cut-away section schematic side view of the 9th kind of embodiment of the utility model.

Figure 20 is the elevational schematic view of the 9th kind of embodiment of the utility model.

Figure 21 is the elevational schematic view of the tenth kind of embodiment of the utility model.

Figure 22 is the schematic side view of the 11 kind of embodiment of the utility model.

Figure 23 is the use schematic diagram of the 11 kind of embodiment of the utility model.

Figure 24 is that first of the 11 kind of embodiment of the utility model uses schematic diagram.

Figure 25 is that second of the 11 kind of embodiment of the utility model uses schematic diagram.

Figure 26 is the side-looking diagrammatic cross-section of the 12 kind of embodiment of the utility model.

Figure 27 is the side-looking diagrammatic cross-section of the 13 kind of embodiment of the utility model.

Figure 28 is the side-looking diagrammatic cross-section of the 14 kind of embodiment of the utility model.

Figure 29 is the cut-away section schematic side view of the 15 kind of embodiment of the utility model.

Figure 30 is the schematic perspective view of the part of the 15 kind of embodiment of the utility model.

Figure 31 is the schematic side view of the 15 kind of embodiment of the utility model.

Figure 32 is the decomposition schematic side view of the part of the 16 kind of embodiment of the utility model.

Figure 33 is the schematic perspective view of the part of the 17 kind of embodiment of the utility model.

Figure 34 A is the schematic cross-section of the rear structure of the 18 kind of embodiment of the utility model while being provided with a raised line.

Figure 34 B is the schematic cross-section of the rear structure of the 18 kind of embodiment of the utility model while being provided with two raised lines.

Figure 34 C is the schematic cross-section of the rear structure of the 18 kind of embodiment of the utility model while being provided with three raised lines.

Figure 34 D is the schematic cross-section of the rear structure of the 18 kind of embodiment of the utility model while being provided with four raised lines.

Figure 35 is the schematic side view of the 17 kind of embodiment of the utility model.

Figure 36 is side-looking, section and the schematic diagram of facing upward of the part of the 19 kind of embodiment of the utility model.

Figure 37 is the cut-away section schematic diagram of the 19 kind of embodiment of the utility model.

Figure 38 is the schematic perspective view of the part of the 20 kind of embodiment of the utility model.

Figure 39 is the diagrammatic cross-section of the 20 kind of embodiment part of the utility model.

Figure 40 is the schematic perspective view of the 21 kind of embodiment part of the utility model.

Figure 41 is the schematic side view of the 21 kind of embodiment of the utility model.

Figure 42 is the schematic side view of the 22 kind of embodiment of the utility model.

Figure 43 is the diagrammatic cross-section of the 23 kind of implementation section part of the utility model.

Figure 44 is the cut-away section schematic diagram of the 24 kind of embodiment of the utility model.

Figure 45 is the cut-away section schematic diagram of the 25 kind of embodiment of the utility model.

Figure 46 is the cut-away section decomposing schematic representation of the 26 kind of embodiment of the utility model.

Figure 47 is the cut-away section schematic diagram of the 26 kind of embodiment of the utility model.

Figure 48 is the schematic side view of the 27 kind of embodiment of the utility model.

Figure 49 is the schematic side view of the 28 kind of embodiment of the utility model.

Figure 50 is the use elevational schematic view of the 28 kind of embodiment of the utility model.

Figure 51 is the schematic side view of the 29 kind of enforcement of the utility model.

Figure 52 is the use elevational schematic view of the 29 kind of embodiment of the utility model.

Embodiment

Below coordinate accompanying drawing and preferred embodiment of the present utility model, further set forth the technological means that the utility model is taked for reaching predetermined utility model object.

Please refer to shown in Fig. 4, the utility model comprises:

One touch-control mechanism 10, it is irregular and has both ends 101,102, wherein on end 102, protrude and be provided with a periphery 103, be respectively equipped with again a projection 1021,1022 in the both sides of this end 102, the front end of this external end 101 is separately established a touch screen district 104, touch-control mechanism 10 can adopt and can make with the material of touch controlled type screen, electric-type screen, touch controlled type Digitizing plate, electric-type Digitizing plate and magnetic Digitizing plate etc. generation effect, reaction crystal grain also can be set thereon, make itself and numerical digit touch screen or Digitizing plate generation effect;

One kink 20, it is irregular and has the both ends 201,202 that hollow communicates, its medial end portions 201 is irregular, and the both sides that approach exit are therein respectively equipped with a depression 2011,2012, and the other end 202 of kink 20 is provided with a thread 203;

One rear structure 30, it is the long tubular with both ends 301,302, is wherein provided with a thread 303 in the inside of end 301, and above each part is of the present utility model preferred.

Please refer to shown in Fig. 5, for assembled state of the present utility model, touch-control mechanism 10 and kink 20 at least one of them can be made of plastic compound, allow material there is tension force, again to be forced into the mutual clamping of mode, , what touch-control mechanism 10 can mate by end 102 snaps in the inwall of irregular end 201 of being of kink 20, and utilize two projections 1021, 1022 stick into respectively the set depression 2011 in end 201 of kink 20, in 2012, the periphery 103 that coordinates again the end 102 of touch-control mechanism 10 suitably to locate is against in an outer rim 2013 of kink 20 ends 201, therefore by fixing firm touch-control mechanism 10 on the end 201 of kink 20, rear structure 30 is direct rod shape, and utilize the set thread in its end 301 303, be screwed on the set thread 203 in the end 202 of kink 20, and then can make the axis X of rear structure 30 and the axis X of touch-control mechanism 10, structure by kink 20 forms two bendings, bent angle is respectively X1, X2, and be a visible space S.

Please refer to shown in Fig. 4, the touch-control mechanism 10 in the utility model, kink 20, rear structure 30 are used in combination after can independently making respectively, or with reference to shown in Fig. 6, three can be integrally formed.

Please refer to shown in Fig. 7 to Fig. 9, Fig. 7 is that enforcement of the present utility model is used state, and the utility model utilizes the touch screen district 104 in touch-control mechanism 10 to apply with the numerical digit screen K1 touch-control of numerical digit touch screen product K, please refer to Fig. 8, and utilize kink 20 to make the axis of touch-control mechanism 10 and rear structure 30 out-of-line, and produce a visible space S, this visible space S can make user feel broad view, in addition utilize the axis X of rear structure 30 and the axis X of the touch-control mechanism 10 two bent angle X1 with respect to 20 one-tenth of kinks, X2, referring again to Fig. 8, allow the palm thumb web H1 place that lies in user that rear structure 30 can be comfortable, and taking grip finger as fulcrum G, palm thumb web H1 is the place that exerts pressure (as arrow G 1), a touch screen portion 140 in touch-control mechanism 10 is stressed place (as arrow G 2), and utilize leverage to exert pressure to the touch screen district 104 in touch-control mechanism 10, user needn't just be held and can use for a long time in labour-saving mode with finger, this and general touch-control implements M1, M2 is grabbing with finger T, and with direct press type grip (direction of exerting pressure as shown by arrows) make finger arm shoulder neck easily (please refer to Fig. 1 and Fig. 3) tired out compare, with user's angle, the use clear and power-saving that can see is standard, the utility model has more obvious benefit, in addition the utility model is of value to outside right hand use, more contributes to left hand to use (please refer to Fig. 9).

Please refer to shown in Figure 10 to Figure 12, for making touch control manner of the present utility model have more diversity, in special touch screen district 104 in touch-control mechanism 10, be provided with an independent touch control component E, this touch control component E is positioned in a groove 1011 in touch screen district 104, this touch control component E can adopt can with touch controlled type screen, electric-type screen, touch controlled type Digitizing plate, the material of electric-type Digitizing plate and magnetic Digitizing plate etc. generation effect is made, and touch control component E can be designed to multiple moulding, as: circle, oval, square, rectangle, or various applicable shapes, wherein again taking the touch control component E2 of leg-of-mutton touch control component E1 or strip as of the present utility model preferably.

Please refer to shown in Figure 13, for making the utility model can be more polynary corresponding to products such as Digitizing plate or numerical digit screens, or make the utility model that the effect as mouse is provided, leave especially and can settle one or the position W of some rollers or key device W1, this position W can with one or the slotted eye W11 of some quantity be presented on and on touch-control mechanism 10 of the present utility model or kink 20, be applicable to the position that user's hand is pressed, wherein rear structure 30 can be designed to be the various shapes of arcuation 30S or needs, so will be convenient to settle numerical digit integrated circuit 70 and battery D therein, and favourable the utility model uses the centre of the palm to grip, this external touch-control mechanism 10 is provided with a slotted eye 105 towards the one side of acting surface PT, it provides the light source LT1 of an optics digital apparatus LT of mouse to penetrate specially, so design is except making comfortable the resting in of the utility model use in the centre of the palm, more can provide as the structure of mouse applications with by touch control component E and act on acting surface PT (this acting surface PT can be general closed planar or Digitizing plate) etc.

Please refer to shown in Figure 14, Figure 15, also can on induction type Digitizing plate, apply except using on numerical digit touch screen for making the utility model, and tool multiple-object function using in the mode that is easy to disassemble, on kink 20, add especially a knot that can be undone by a pull 40 and a touch-control core 50, and former touch-control mechanism 10 and kink 20 are changed over easily to the mode of dismounting mutually, and set up one second touch-control mechanism 100, and use the former touch screen district 104 in touch-control mechanism 10 instead touch-control core 50 and replace, so being configured to after the utility model change:

One kink 20, it is irregular and has the both ends 201,202 that hollow communicates, its end 202 is provided with a thread 203, the other end 201 is irregular and has an outer rim 2013, and approach in end 201 on the inwall of exit one side and be provided with a depression 2011, its opposite side is provided with a groove 204, and groove 204 is provided with a perforation 205, is separately provided with a settlement 206 in the irregular inside of end 201;

One rear structure 30, it is the long tubular of hollow with both ends 301,302, is wherein provided with a thread 303 in the inside of end 301.

The one new touch-control S10 of mechanism, it is touch-control mechanism hollow and communicates and have both ends S101, S102 shape, its medial end portions S101 is taper and which is provided with a scrobicular ring S103, the other end S102 is irregular, and be provided with a chow ring S104, and be provided with a locating convex block S105 in this end one side, opposite side is provided with the pilot hole S106 of a protrusion, this pilot hole S106 is provided with a flange S107, and the inside of the new touch-control S10 of mechanism is hollow and has a funnelform groove S108 and a stepped circular hole S109 in addition;

One knot that can be undone by a pull 40, it is the sheet with both ends 401,402, the one side of its end 401 is provided with a locating convex block 403, the open end 404 of this locating convex block 403 is greater than the non-open end of locating convex block 403, the one side of the other end 402 is provided with a screens projection 405, this screens projection 405 is provided with a location depression 406, and the forefront 407 of the end 402 of another knot that can be undone by a pull 40 is the state that can push aside for finger;

One second touch-control mechanism 100, it is irregular and has both ends 1001, 1002, in it, have one and be funnelform groove 1003 and a stepped circular groove 1004, the perisporium of this stepped circular groove 1004 is provided with the flange 1005 of some quantity, on end 1002, be provided with in addition a breach 1006, and be provided with touch screen district 1007 in the other end 1001, this touch screen district 1007 can adopt can with touch controlled type screen, electric-type screen, the material of touch controlled type Digitizing plate and electric-type Digitizing plate etc. generation effect is made, also placing response crystal grain thereon, make itself and numerical digit touch screen, Digitizing plate and magnetic Digitizing plate generation effect,

It is the strip with both ends 501,502 one touch-control core 50, the diameter in its stage casing 503 is larger, and touch-control core 50 can adopt and can make with the material of touch controlled type screen, electric-type screen, touch controlled type Digitizing plate and electric-type Digitizing plate etc. generation effect, also crystal grain be can imbed thereon, itself and numerical digit touch screen, Digitizing plate and magnetic Digitizing plate generation effect made.

Please refer to shown in Figure 15, Figure 16, for main assembled state of the present utility model,, as shown in figure 15, the second touch-control mechanism 100 is enclosed within outside the new touch-control S10 of mechanism, and the flange 1005 of the some quantity that are provided with by the perisporium of stepped circular groove 1004, after the mutual screens of scrobicular ring S103 of the new touch-control S10 of mechanism end S101, the second touch-control mechanism 100 is fixed on the new touch-control S10 of mechanism and used, or (as shown in figure 16) can be taken off from the new touch-control S10 of mechanism at any time by the second touch-control mechanism 100, please refer to shown in Figure 16, the end S102 of the new touch-control S10 of mechanism is inserted in the end 201 of kink 20, and be stuck in the locating convex block S105 on it in depression 2011 of 201 inside, end of kink 20, and penetrate with the locating convex block 403 on knot that can be undone by a pull 40 in the perforation 205 in the groove 204 of kink 20 ends 201, the screens projection 405 of the other end 402 of knot that can be undone by a pull 40, snap in the pilot hole S106 of the new touch-control S10 of mechanism, and with the flange S107 of this pilot hole S106 stick into location on knot that can be undone by a pull 40 cave in 406 interior after, the outer rim 2013 of the chow ring S104 of the new touch-control S10 of mechanism and the end 201 of kink 20 is propped up, use on the end 201 of kink 20 and use smoothly knot that can be undone by a pull 40 that the new touch-control S10 of mechanism is fastened, wherein the open end 404 of the locating convex block 403 on knot that can be undone by a pull 40 is greater than the perforation 205 of kink 20, and be forced into this perforation 205 with material behavior, make knot that can be undone by a pull 40 under use state, can not depart from kink 20, and knot that can be undone by a pull 40 also can make end 402 and the new touch-control S10 of mechanism mutually fasten in the same way, the end 501 of touch-control core 50 passes outer use of end S101 of the new touch-control S10 of mechanism, stage casing 503 quilt props up on the stepped circular hole S109 edge of the new touch-control S10 of mechanism, to avoid touch-control core 50 to drop out the new touch-control S10 of mechanism, the other end 502 of touch-control core 50 props up on the settlement 206 of the end 201 of kink 20, makes firm being used of touch-control core 50, please refer to shown in Figure 15, wherein rear structure 30 is locked on thread 303 set on the end 202 of kink 20 with the thread 303 of end 301, allows complete being used of the utility model.

Please refer to shown in Figure 17, as long as utilize finger to open (as arrow) in the forward position 407 of knot that can be undone by a pull 40, location on screens projection 405 depression 406 is departed from after the flange S107 on the pilot hole S106 of the new touch-control S10 of mechanism, the new touch-control S10 of mechanism just can take off from kink 20, so can replace smoothly touch-control core 50, the second touch-control mechanism 100 of moving type also adopts easy mode to take off from the new touch-control S10 of mechanism in addition, so can be convenient for changing the second touch-control mechanism 100 of moving type, and then can choose at random the touch screen district 1007 forming with multiple different materials and shape, make the utility model have more diversity and selectivity, in order to the utlity model has and different at present numerical digit touch screens, Digitizing plate collocation is used and can multiple goal use, and with comfortable gripping, with the function of seeing very limited numerical digit screen with user's angle clearly, the end 501 that also a numerical digit reaction chip SP can be placed in addition to touch-control core 50 is interior to produce and to react with the numerical digit induction screen designing in advance.

Please refer to shown in Figure 18 to Figure 20, for making touch control manner of the present utility model have more diversity, the special independent touch control component E10 that is provided with in the touch screen district 1007 of the second touch-control mechanism 100, this touch control component E10 is bumped in touch screen district 1007, this touch control component E10 can adopt can with touch controlled type screen, electric-type screen, touch controlled type Digitizing plate, the material of electric-type Digitizing plate and magnetic Digitizing plate etc. generation effect is made, and touch control component E10 can be designed to multiple moulding, as: circle, oval, square, rectangle or various applicable shape, wherein (please refer to Figure 19 with leg-of-mutton touch control component E101 again, shown in Figure 20) be of the present utility model preferred.

Please refer to shown in Figure 21, touch control component E10 of the present utility model also can adopt larger area touch control component E103 use corresponding to numerical digit Touch Screen, makes this large area touch control component E103 more responsive with contacting of digital touch controlled screen.

Please refer to shown in Figure 22, also touch control component E10 can be designed to have the state of different oblique angle R, need to manufacture according to different hand shapes in order to the utility model, in addition also utilize kink 20 that the axis X of the axis X of the second touch-control mechanism 100 and rear structure 30 is formed to two bendings, bent angle is respectively X1, X2, make rear structure 30 in the time being held use, the one side of touch control component E10 is equipped with in the second touch-control mechanism 100, can approach touch screen (please refer to shown in Figure 23).

Please refer to shown in Figure 24, Figure 25, for the service condition of the utility model after the second touch-control mechanism 100 of moving type is taken off, please refer to shown in 24, this is in the service condition of mobile numerical digit screen (as Fig. 8 explanation); Please refer to shown in Figure 25, this is the use state of the utility model on Digitizing plate P, and the utility model use time can allow the touch-control core 50 on it present comparatively vertical configuration, what make that the utility model can be sensitiveer produces and reacts with Digitizing plate P, and touch-control core 50 can adopt and can make with the material of touch controlled type Digitizing plate, electric-type Digitizing plate and magnetic Digitizing plate etc. generation effect.

Please refer to shown in Figure 26, Figure 27, the present embodiment is the scheme that is exclusively used in Digitizing plate, that is,

As shown in figure 26, for the utility model can be used on multiple Digitizing plate, special positioned inside one integrated circuit 70 at kink 20 and rear structure 30, this integrated circuit 70 can pass through circuit line 701, connect with the inductive switch 60 being arranged on the settlement 206 of 201 inside, kink 20 end, allow touch-control core 50 end 502 in use can with its inductive action; In addition in order to make the end 502 of touch-control core 50 can leave inductive switch 60 and not act on, set up especially on the end 502 that a spring J is set in touch-control core 50 and be against on touch-control core 50 stage casings 503, and withstand near of settlement 206, make the end 502 of touch-control core 50 there is inductive switch 60 or the condition with its generation induction left; Please refer to shown in Figure 27, for providing integrated circuit 70 required power supply, can, at the some battery D of the interior arrangement of rear structure 30 in order to use, wherein first settle a power sector Q, this power sector Q can provide the arrangement and use of battery D both positive and negative polarity.

Please refer to shown in Figure 28 and Figure 29, for making the utility model can be more polynary corresponding to products such as Digitizing plate or numerical digit Touch Screens, leave especially and can settle one or the position WT of some quantity key device WT1, this position WT can with one or the slotted eye of some quantity be presented on and on the touch-control S10 of mechanism of the present utility model or kink 20, be applicable to the position that user's hand is pressed.

Shown in Figure 28, the touch screen district 1007 of the end 1001 of the second touch-control mechanism 100 of the present utility model, can adopt and can make with the material of touch controlled type screen, electric-type screen, touch controlled type Digitizing plate, electric-type Digitizing plate and magnetic Digitizing plate etc. generation effect, also can in touch screen district 1007, be coated with the surface coating with electric reaction, make itself and numerical digit touch screen or Digitizing plate generation effect, or implant numerical digit reaction material E1011; In addition, touch-control mechanism changes into and adopts the mode of two-screw FY locking that knot that can be undone by a pull 40 is buckled on the new touch-control S10 of mechanism and touch-control mechanism kink 20.

Please refer to shown in Figure 29, Figure 31, be combined with the use habit of new digital age for making the utility model, and there is multi-usage numerical digit function, the utility model can be by the space of the inside institute shape of kink 20 and rear structure 30, hold integrated circuit and relevant mechanism or other instrument coordinating of various difference in functionalitys, wherein taking the higher USB flash disk of frequency of utilization (numerical digit is deposited carrier) as example.General USB flash disk because of volume little, though be easy to carry but also because a large amount of security informations and privacy are lost in the little easy loss of volume, if be combined with the numerical digit touch-control implements that often use, except having retained the advantage of small size, also more convenient carrying and difficult loss, so design will make the utility model have more practicality.Please refer to shown in Figure 29, the utility model makes rear structure 30 into two-period form design, comprise straight-bar leading portion 30A, straight-bar back segment 30B, wherein straight-bar leading portion 30A has both ends 30A1,30A2, inside is provided with a thread 30A3 to screw togather with the thread 203 of the end 202 of kink 20 in the 30A1 of end, in the 30A2 of the other end, be provided with a space 30A4, the outer rim of this space 30A4 is provided with a thread 30A5, the straight-bar back segment 30B of rear structure 30 is provided with a dead slot 30B1, and is provided with a thread 30B2 in its open exit, one USB flash disk assembly 80, this USB flash disk assembly 80 is provided with convergence part 801, one end of convergence part 801 is provided with one and deposits carrier 802, the other end is a numerical digit interface 803, this USB flash disk assembly 80 is the straight-bar leading portion 30A that utilize a thread 804 set on convergence part 801 to be locked at rear structure 30, on thread 30A5 and 30B2 on space 30A4 and the dead slot 30B1 of straight-bar back segment 30B, wherein USB flash disk assembly 80 is provided with the part of depositing carrier 802, the part thread 804 on it to be inserted in dead slot 30B1 and glued together be sticky on thread 30B2, so can make USB flash disk assembly 80 be cemented on the straight-bar back segment 30B of rear structure 30, but mobilizablely USB flash disk assembly 80 is taken out from the straight-bar leading portion 30A of rear structure 30 to use, and above the sealed each position of the thread that uses, all can adopt fit or engaging and bind and use, or non-circular fit binds use, USB flash disk assembly 80 takes out while use from the utility model, there is no different (as shown in figure 30) from the volume size of commonly using at present USB flash disk,, because USB flash disk assembly 80 be cemented in straight-bar back segment 30B upper and with the utility model be one (as shown according to Figure 31), USB flash disk assembly 80 parts are lacked separately, will find immediately, the chance that therefore USB flash disk is lost will significantly reduce and then avoid information loss.

Please refer to shown in Figure 32, the utility model also can, by the holding area of kink 20 and rear structure 30, all be designed to triangular shape HT, makes the utility model be more convenient for holding or tool diversity.

Please refer to shown in Figure 33 to Figure 35, the numerical digit that the utility model also can be provided with all size in rear structure 30 is deposited the Card Reader assembly of carrier (as camera or mobile phone),, on the outer wall of rear structure 30 of the present utility model, be at least designed with a raised line U1, which is provided with a slot U11, this slot U11 is communicated to from outward in the dead slot 30B1 of rear structure 30, so that numerical digit deposits that carrier F inserts and be connected use with the Card Reader assembly that sets in advance numerical digit inside and deposit carrier; In addition use for making the utility model can coordinate the numerical digit of plurality of specifications to deposit carrier, on the outer wall of the special dead slot 30B1 at rear structure 30, design two to four raised line U2, U3, U4.On it, be respectively equipped with slot U21, U31, the U41 of different size, the numerical digit with this for different size is deposited carrier F and is inserted, and makes the utility model can assemble the numerical digit small tool of plurality of specifications.

Please refer to shown in Figure 36, Figure 37, for the utility model is more cosily used, set up especially a gum cover 90, this gum cover 90 is hollow form 901 and is enclosed within the position that is applicable to finger grip on kink 20 of the present utility model, and gum cover 90 has three sides 902 in order to finger comfortable grip.

Please refer to Figure 38, shown in Figure 39, for the utility model being convenient for carrying and can being clipped on pocket, set up especially a cassette clip C, this cassette clip C is with metal material manufacture and be and have both ends C1, the sheet of C2, its medial end portions C1 is provided with a stuck point C3, the other end C2 is provided with a pair of buckle C4, this penetrates in a pair of bar shaped perforation 30C corresponding with it on rear structure 30 buckle C4, and be longer than the design of bar shaped perforation 30C by buckle C4, withstand on the surface of rear structure 30 via stuck point C3, and utilize the tension force of metal material, allowing cassette clip C be stuck in smoothly on rear structure 30 uses.

Please refer to shown in Figure 40, Figure 41, for the utility model being convenient for carrying and can being clipped on pocket, add especially a ring set clip R, this ring set clip R is the strip with both ends R1, R2, its medial end portions R1 is provided with a stuck point R3, and the other end R2 is provided with a collar R4, and this collar R4 is enclosed within the straight-bar leading portion 30A of rear structure 30 and front bar back segment 30B on one of them, wherein straight-bar leading portion 30A provides a scrobicular ring 30A6 for sheathed for it, for of the present utility model preferred.

Please refer to shown in Figure 42, for the utility model being convenient for carrying and can being clipped on pocket, have more propaganda advertising results simultaneously, especially clip R being designed to larger area shape RW needs to meet propaganda printshop, and this larger area RW can be designed to various shapes.

Please refer to shown in Figure 43, in order to make, the utility model is convenient to be worn and carries with other instrument, on a more flat-shaped tail end 30B3 of the special straight-bar back segment 30B at rear structure 30, be provided with a perforation 30B4, this perforation 30B4 is beneficial to multiple carrying implement and wears, and so will make carrying mode of the present utility model have more selection.

Please refer to shown in Figure 44, be combined with the use habit of new digital age for making the utility model, and the functions such as the record of multi-usage numerical digit, advertising, education and audio-visual amusement are rolled into one, special in the rear structure in the utility model 30, use the digit audio-visual screen message assembly SE that can watch for vision instead and form; Wherein be provided with a junction SE1 in one end of digit audio-visual screen message assembly SE, this connecting portion SE1 can insert one through a connectivity port SE2 and connect entrance SE3, make digit audio-visual screen message assembly SE and the miniature numerical digit integrated circuit 70 generation effects that are arranged in the hollow ends 202 of kink 20, and digit audio-visual screen message assembly SE is formed the Miniature video integrated circuit by popular at present and the integrated circuit screen that can Gong watch; And connectivity port SE2 on digit audio-visual screen message assembly SE is interchangeable with the position that is connected entrance SE3, thereby be that the utility model is created diversity, and be all above for of the present utility model preferably.

Please refer to shown in Figure 45, can be by the connectivity port SE2 of digit audio-visual screen message assembly SE, using a thread SE2A instead locks in the thread SE3A that connects the upper corresponding setting of entrance SE3, allow both with locking mode combination, and power supply and all functions of digit audio-visual screen message assembly SE are now that self independently exists.

Please refer to shown in Figure 46 to Figure 48, now connecting entrance SE3 becomes single component and is connected to one end of kink 20, wherein connectivity port SE2 and the mode combination that is connected entrance SE3 and can adopts fit, be inserted in the upper hole slot SE3B corresponding with it of connection entrance SE3 as the thread on the SE2 of connectivity port used instead to a circular shaft SE2B, and adopt a pilot pin RY by digit audio-visual screen message assembly SE activity orientation, make digit audio-visual screen message assembly SE can be on the utility model moving rotary, person easy to use adjusts the visual angle of digit audio-visual screen message assembly SE, in addition the large I of screen specification of digit audio-visual screen message assembly SE designs with the need, please refer to shown in Figure 48 figure, or set up that a clip (clip R as described in Figure 40) is convenient to be clipped in the utility model on clothing.

Please refer to shown in Figure 49, rear structure 30 of the present utility model can be made as to L shape SEL, so by convenient, the another side SE4 of digit audio-visual screen message assembly SE screen is connected at center position on an armed lever SEL1 of L shape SEL, wherein digit audio-visual screen message assembly SE can fixed form be combined on L shape SEL, or utilize the protruding axle SE5 on digit audio-visual screen message assembly SE, be buckled on one end of armed lever SEL1, and at its periphery, multiple slot SE6 are set, so can conveniently provide miniature numerical digit sound equipment to connect, the input and output of digit information and image and charge required, supply user simultaneously and rotate the angle (please refer to shown in Figure 50) that changes digit audio-visual screen message assembly SE.

Please refer to shown in Figure 51, have benefited from the microminiaturization development of current integrated circuit and phtographic lens, set up especially more multiple image mechanism FR, its be arranged on the screen front of digit audio-visual screen message assembly SE or the back side SE4 of digit audio-visual screen message assembly SE screen upper, and can as shown in Figure 52, be rotated.

Each part of the present utility model above, its structure material requested can optionally be selected plastics or plastic compound, rubber or rubber compound, metal or various metal alloy or form with other material, and needs mutually to use according to the each part of the utility model.

Comprehensive the above, it is only preferred embodiment of the present utility model, not the utility model is done to any pro forma restriction, although the utility model discloses as above with preferred embodiment, but not in order to limit the utility model, any those skilled in the art, not departing from the scope of technical solutions of the utility model, should utilize the technology contents of above-mentioned announcement to make a little change or be modified to the equivalent embodiment of equivalent variations, and every content that does not depart from technical solutions of the utility model, any simple modification of above embodiment being done according to technical spirit of the present utility model, equivalent variations and modification, all still belong in the scope of technical solutions of the utility model.

Claims (33)

1. a Multifunctional digital touch controller structure, is characterized in that: comprise a touch-control mechanism, a kink and a rear structure;

This touch-control mechanism is and has the irregular of both ends, and one end is provided with a touch screen district;

This kink is and has the irregular of both ends, and wherein an end is to settle for touch-control mechanism;

This rear structure is and has the irregular of both ends, and is placed on the other end of kink;

The axis of this touch-control mechanism and this rear structure forms respectively a bent angle through this kink.

2. Multifunctional digital touch controller structure according to claim 1, is characterized in that: rear structure can adopt a hollow straight-bar to form.

3. Multifunctional digital touch controller structure according to claim 1, is characterized in that: rear structure adopts the hollow straight-bar that is placed with integrated circuit package to form.

4. Multifunctional digital touch controller structure according to claim 1, is characterized in that: an exclusive slotted eye that provides the light source of an optics digital apparatus to penetrate is provided the one side of touch-control mechanism.

5. Multifunctional digital touch controller structure according to claim 1, is characterized in that: touch-control mechanism, kink and rear structure three, can adopt integrally formed mode to form each other.

6. Multifunctional digital touch controller structure according to claim 1, is characterized in that: in touch screen district, can be provided with an independent touch control component.

7. Multifunctional digital touch controller structure according to claim 1, it is characterized in that: touch-control mechanism replaces with a new touch-control mechanism, Gai Xin touch-control mechanism is the irregular hollow form with both ends, its in-built touch-control core that is equipped with touch screen district of a replacement former touch-control mechanism; And this touch-control core is to have outside the end that the strip at both ends and an end pass new touch-control mechanism and is used; The two axial lines of this touch-control core and rear structure forms respectively a bent angle through kink.

8. Multifunctional digital touch controller structure according to claim 7, it is characterized in that: set up one second touch-control mechanism, this second touch-control mechanism is set in new touch-control mechanism outside, and is irregular and has both ends, wherein at one end portion is provided with a touch screen district, and its inside is groove shape.

9. Multifunctional digital touch controller structure according to claim 8, is characterized in that: the second touch-control mechanism is enclosed within outside new touch-control mechanism, and is stuck on an end of new touch-control mechanism, but mobilizablely takes off or fit uses from new touch-control mechanism.

10. Multifunctional digital touch controller structure according to claim 8, it is characterized in that: this touch-control mechanism and the second touch-control mechanism, can adopt and can make with the material of touch controlled type screen, electric-type screen, touch controlled type Digitizing plate, electric-type Digitizing plate and magnetic Digitizing plate etc. generation effect, or in its surface-coated coating, also crystal grain be can imbed, itself and numerical digit touch screen or Digitizing plate generation effect made.

11. Multifunctional digital touch controller structures according to claim 8, is characterized in that: in the touch screen district of this second touch-control structure, can be provided with another independent touch control component.

12. according to the Multifunctional digital touch controller structure described in claim 6 or 11, it is characterized in that: this independent touch control component can adopt and can make with the material of touch controlled type screen or electric-type screen, touch controlled type Digitizing plate, electric-type Digitizing plate and magnetic Digitizing plate generation effect, or in its surface-coated coating, also crystal grain be can imbed, itself and numerical digit touch screen or Digitizing plate generation effect made.

13. Multifunctional digital touch controller structures according to claim 7, is characterized in that: wherein new touch-control mechanism be by a knot that can be undone by a pull by its can a readily removable liftoff end that is fastened on kink on.

14. Multifunctional digital touch controller structures according to claim 7, it is characterized in that: this touch-control core is the strip with both ends, and touch-control core can adopt and can make with the material of touch controlled type screen or electric-type screen, touch controlled type Digitizing plate, electric-type Digitizing plate and magnetic Digitizing plate generation effect, also can imbed therein the crystal grain that can make itself and numerical digit touch screen or Digitizing plate generation effect.

15. Multifunctional digital touch controller structures according to claim 7, is characterized in that: wherein on this this touch-control core, sheathed one make touch-control core have the spring of knee springing.

16. Multifunctional digital touch controller structures according to claim 7, is characterized in that: on kink, set up one and can produce inductive switch corresponding to contact with touch-control core.

17. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: described rear structure can be made as the two-period form that has straight-bar leading portion and straight-bar back segment and be hollow form.

18. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: in described rear structure, be mounted with a USB flash disk assembly.

19. Multifunctional digital touch controller structures according to claim 17, is characterized in that: in the straight-bar back segment of described rear structure, be mounted with a USB flash disk assembly, and insert on straight-bar leading portion.

20. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: in described rear structure, be provided with a numerical digit and deposit carrier Card Reader assembly, and on the outer wall of this rear structure, designing the slot that inserts different numerical digits and deposit carrier of one to four different size, these slots are communicated to the dead slot in rear structure from outward.

21. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: wherein rear structure can be designed to hold the integrated circuit of various difference in functionalitys and the hollow form of relevant matching mechanism to kink.

22. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: described kink is provided with the gum cover of an applicable finger grip outward.

23. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: described rear structure is provided with one can be for the clip being clipped on pocket.

24. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: described rear structure is divided into straight-bar leading portion and straight-bar back segment, wherein on straight-bar back segment, is designed with a portable perforation.

25. according to the Multifunctional digital touch controller structure described in claim 1 or 7, it is characterized in that: described rear structure adopts a digit audio-visual screen message assembly to form.

26. Multifunctional digital touch controller structures according to claim 25, it is characterized in that: one end of described digit audio-visual screen message assembly is provided with a junction, this connecting portion can insert one through a connectivity port and connect entrance, and this connection entrance is located on an end of kink.

27. Multifunctional digital touch controller structures according to claim 26, is characterized in that: wherein connectivity port can be used instead to a thread and lock in a thread corresponding with it on the connection entrance of kink, allow both with locking mode combination.

28. Multifunctional digital touch controller structures according to claim 26, is characterized in that: wherein connectivity port and the mode combination that is connected entrance and can adopts fit.

29. Multifunctional digital touch controller structures according to claim 25, is characterized in that: on described digit audio-visual screen message assembly, set up a clip being conveniently clipped on clothing.

30. Multifunctional digital touch controller structures according to claim 25, it is characterized in that: described rear structure is L shape, and the center of the another side of digit audio-visual screen message assembly screen is connected on an armed lever of L shape rear structure in fixed or movable mode.

31. Multifunctional digital touch controller structures according to claim 25, is characterized in that: described digit audio-visual screen message assembly periphery is provided with multiple input and output and required slots that charge for the connection of miniature numerical digit sound equipment, digit information and image.

32. Multifunctional digital touch controller structures according to claim 25, is characterized in that: on described digit audio-visual screen message assembly, set up especially an image mechanism again.

33. Multifunctional digital touch controller structures according to claim 25, it is characterized in that: on described digit audio-visual screen message assembly, set up especially again two image mechanisms, it is arranged on the front of screen of digit audio-visual screen message assembly, or on the back side of digit audio-visual screen message assembly screen.