CN202735982U - Touch structure of pen - Google Patents

Abstract

The utility model provides a touch structure of a pen. The touch structure of the pen comprises a wire, a penholder and a touch end. The penholder comprises an anti-slip tube and a metal tube which is connected with the anti-slip tube. The touch end is flexible and conductive and connected with one end of the penholder. The penholder and the touch end are hollow and the touch end is communicated with the interior of the penholder. The wire is arranged in the touch end and the interior of the pen. Two ends of the wire are respectively connected with the touch control end and the penholder so that the touch end, the wire and the pen are in electric connection with one another. The touch structure of the pen solves the technical problems that positioning of a touch screen is difficult due to an existing touch pen and a user operates the touch pen inconveniently. The touch structure of the pen has the advantages of being simple in structure, convenient to use, low in cost and the like.

Description

A kind of touch-control structure

Technical field

The utility model relates to a kind of pointer, is specifically related to a kind of touch-control structure.

Background technology

The appearance of touch-control screen has produced revolutionary impact to the operation of electronic product, and the user inputs instruction no longer needs the keyboard slide-mouse, directly draws also thereby is achieved at the touch-control screen.In various touch-control screens, the capacitance touching control screen extensively is applied on the electronic product, such as mobile phone, panel computer etc. because of comparatively durable.

The principle of capacitance touching control screen is that the conductive layer in the screen outside produces electric field, when finger or conductor contact during to screen, can produce coupling capacitance, causes small curent change, and this Time Controller will calculate by the change of electric current the position of finger click.

Because the slight change of electric current is the condition of judging position of touch, therefore if the user wears the insulant such as gloves and just can't operate the touch-control screen, and the sweat on the finger, grease and body temperature also can to judging that position of touch impacts, make the location produce the phenomenon of drift.In order to solve the problem that directly produces with finger touches, thereby produce the pointer that is exclusively used in the capacitance touching control screen.

But still there is disappearance in the existing pointer that is exclusively used in the capacitance touching control screen, and is more tiny such as the electric conductor of nib, and material is relatively hard, may can't respond to because the contact area between electric conductor and touch-control screen is too little during use, also easy scratch touch-control screen.Existing pointer is utilized aqueous conductive in addition, the conduction physical efficiency of nib sees through aqueous solution with the past unofficial biography of electric current, make the controller of touch-control screen be calculated click location, but the resistance of aqueous solution is higher, coupling capacitance is given birth in difficult labour, has increased the difficulty of induction click location.

Moreover the design of existing touch control pen structure often is absorbed in can cause curent change, but ignores the operability of holding, and its body mostly is smooth surface and anti-skidding function is not arranged, and easily slides when holding, and easily causes the user to operate inconvenience.

Summary of the invention

Cause touch-control screen location to be difficult for and the unhandy technical matters of user in order to solve existing pointer, the utility model provides a kind of touch-control structure.

For achieving the above object, the technical solution of the utility model is as follows:

A kind of touch-control structure is characterized in that: the touch-control structure of described pen comprises:

One wire;

One penholder, described penholder comprises Anti-skidding pipe and metal tube, described Anti-skidding pipe is connected with described metal tube; And

One touch-control end, described touch-control end be soft and can conduct electricity, and described touch-control end is connected with an end of penholder;

Wherein, described penholder and touch-control end inside are all hollow, and this touch-control end is connected with the internal mutual of penholder; Described wire is arranged at the space of touch-control end and penholder inside, and described wire two ends are connected with described touch-control end and penholder respectively, and touch-control end, wire and penholder are electrically connected mutually.

As further improvement in the technical proposal, being shaped as of described penholder is available for users to cylindricality, taper, strip or its combined shaped of holding with hand-held.

As further improvement in the technical proposal, described Anti-skidding pipe is arranged at the position of user's finger contact penholder.

As further improvement in the technical proposal, the material of described touch-control end is the flexible material of electric conductivity.

As further improvement in the technical proposal, described touch-control end is conductive rubber or conduction silica gel or conducting foam or conductive fibre fabric.

As further improvement in the technical proposal, being shaped as of described touch-control end is irregularly shaped.

As further improvement in the technical proposal, described touch-control end is semisphere or taper or cylindricality.

As further improvement in the technical proposal, the touch-control structure of described pen also comprises the writing end that is connected with penholder, and described writing end is positioned at the relative other end that penholder arranges described touch-control end.

As further improvement in the technical proposal, the touch-control structure of described pen also comprises cap, and described cap is sleeved on the end that described penholder arranges writing end, and hides described writing end when fit.

Implement touch-control structure of the present utility model a kind of, have following beneficial effect:

1, simple in structure;

2, easy to use;

3, induction is sensitive;

4, with low cost;

5, good antiskid effect.

Description of drawings

Fig. 1 is perspective diagram of the present utility model;

Fig. 2 is the first embodiment schematic side view in the utility model;

Fig. 3 is the side view that contains this writing end and cap in the utility model among the second embodiment.

Description of reference numerals:

The touch-control structure of 100-pen; 200 wires; 300 penholders; 310 Anti-skidding pipes; 320 metal tubes;

400 touch-control ends; 500 writing ends; 600 caps.

Embodiment:

The utility model provides a kind of touch-control structure, and this touch-control structure (100) comprising: a wire 200; One penholder 300, this penholder 300 comprises Anti-skidding pipe 310 and metal tube 320, Anti-skidding pipe 310 is connected with metal tube 320; And a touch-control end 400, touch-control end 400 is for soft and can conduct electricity, and described touch-control end 400 is connected with an end of penholder 300; Wherein, penholder 300 and touch-control end 400 inside are all hollow, and this touch-control end 400 is connected with the internal mutual of penholder 300; Described wire 200 is arranged at the space of touch-control end 400 and penholder 300 inside, and described wire 200 two ends are connected with described touch-control end 400 and penholder 300 respectively, and touch-control end 400, wire 200 and penholder 300 are electrically connected mutually.The connection of this kind mode, so that this touch-control end to the resistance of this penholder reduces greatly, compared to using the aqueous solution conduction current, easier generation current changes, and certainly also can improve the chance that touch-control screen feeling of success is answered click location.Being shaped as of penholder 300 is available for users to cylindricality, taper, strip or its combined shaped of holding with hand-held.And this Anti-skidding pipe can be arranged at the position of this penholder of user's finger contact.This Anti-skidding pipe can use anti-skidding material to make, and the shape of this penholder also can be designed to make things convenient for the user to hold, and the two is worked in coordination, just the user does not need to take a lot of trouble to avoid to slide, also can carry out more easily the higher action of precision, draws or writes etc. such as thin section.Anti-skidding pipe 310 is arranged at the position of user's finger contact penholder 300.The material of touch-control end 400 is the flexible material of electric conductivity; Touch-control end 400 is conductive rubber or conduction silica gel or conducting foam or conductive fibre fabric.And the shape of this touch-control end can be the irregularly shaped of semisphere, taper, cylindricality or its combination.Because this touch-control end is flexible material, can not cause screen to damage when clicking the touch-control screen, also can improve the contact area when clicking simultaneously, and then it is too small and can't respond to the problem of click location to solve contact area in the prior art.The touch-control structure 100 of pen also comprises the writing end 500 that is connected with penholder 300, and writing end 500 is positioned at the relative other end that penholder 300 arranges described touch-control end 400.The touch-control structure 100 of pen also comprises cap 600, and cap 600 is sleeved on the end that described penholder 300 arranges writing end 500, and hides described writing end 500 when fit.This writing end can be the structure of writing of general common writing implement, and is first-class such as atom nib, pencil, and this cap then can be because of collision or dry and damage for the protection of this writing end.So can make this creation except for the operation touch-control screen, still possess general writing function.

Practical principle of the present utility model is as follows:

Referring to shown in Figure 1, the dotted line among Fig. 1 in this penholder 300 represents wire 200, and this wire 200 is arranged at the hollow space of touch-control end 400 and this penholder 300 inside, and is electrically connected this touch-control end 400 and this penholder 300.When this touch-control end 400 contact touch-control screen, electric current can flow to this wire 200 through this touch-control end 400, flow to again this penholder 300, use aqueous solution to compare as the intermediary that is electrically connected with prior art, the resistance of this wire 200 is lower, more easily cause the change of touch-control screen surface current, the susceptibility of click is improved.

Referring to shown in Figure 2; This penholder 300 comprises this Anti-skidding pipe 310 and this metal tube 320 as shown in Figure 2, and the two is connected to each other, and an end of this penholder 300 is connected with this touch-control end 400, and this Anti-skidding pipe 310 is arranged at the position near this touch-control end 400, when the user operates the touch-control screen, finger will contact this position.In the time of so can allowing the user operate the action of touch-control screen, can not slide easily or drop, can finish the higher click of precision or plotting motion.Fig. 2 shows that in addition this touch-control end 400 is semisphere, and is larger with the contact area of touch-control screen, even therefore the induction precision of touch-control screen itself is not high, and the click location of still having an opportunity to induce.

Referring to shown in Figure 2: Fig. 3 is the side view that contains another embodiment of this writing end 500 and this cap 600.An end that shows this penholder 300 among Fig. 3 can arrange this writing end 500, and this writing end 500 has the function of writing, and this cap 600 can overlap should penholder 300, and hides this writing end 500 when fit, and the effect of this writing end 500 of protection is arranged.This embodiment discloses the utility model except in order to operate the touch-control screen, can also be used as general writing implement.In addition, this shown Anti-skidding pipe 310 of Fig. 3 is arranged near touch-control end 400 1 sides, but in fact this Anti-skidding pipe 310 also can be arranged near these writing end 500 sides (graphic not drawing), so can write anti-skidding when holding.

The above only is preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., all should be included within the protection domain of the present utility model.

Claims (9)

1. the touch-control structure of a pen is characterized in that: the touch-control structure (100) of described pen comprises:

One wire (200);

One penholder (300), described penholder (300) comprise Anti-skidding pipe (310) and metal tube (320), and described Anti-skidding pipe (310) is connected with described metal tube (320); And

One touch-control end (400), described touch-control end (400) is for soft and can conduct electricity, and described touch-control end (400) is connected with an end of penholder (300);

Wherein, described penholder (300) and touch-control end (400) inside are all hollow, and this touch-control end (400) is connected with the internal mutual of penholder (300); Described wire (200) is arranged at touch-control end (400) space inner with penholder (300), described wire (200) two ends are connected with described touch-control end (400) and penholder (300) respectively, and touch-control end (400), wire (200) and penholder (300) are electrically connected mutually.

2. the touch-control structure of pen according to claim 1 is characterized in that: being shaped as of described penholder (300) is available for users to cylindricality, taper, strip or its combined shaped of holding with hand-held.

3. the touch-control structure of pen according to claim 2, it is characterized in that: described Anti-skidding pipe (310) is arranged at the position of user's finger contact penholder (300).

4. the touch-control structure of pen according to claim 3, it is characterized in that: the material of described touch-control end (400) is the flexible material of electric conductivity.

5. the touch-control structure of pen according to claim 4, it is characterized in that: described touch-control end (400) is conductive rubber or conduction silica gel or conducting foam or conductive fibre fabric.

6. the touch-control structure of pen according to claim 5, it is characterized in that: being shaped as of described touch-control end (400) is irregularly shaped.

7. the touch-control structure of pen according to claim 6, it is characterized in that: described touch-control end (400) is semisphere or taper or cylindricality.

8. the touch-control structure of pen according to claim 7, it is characterized in that: the touch-control structure of described pen also comprises the writing end (500) that is connected with penholder (300), and described writing end (500) is positioned at the relative other end that penholder (300) arranges described touch-control end (400).

9. the touch-control structure of pen according to claim 8, it is characterized in that: the touch-control structure of described pen also comprises cap (600), described cap (600) is sleeved on the end that described penholder (300) arranges writing end (500), and hides described writing end (500) when fit.

Images