CN208351436U - A kind of game application debugging multi-point touch device - Google Patents

Abstract

The utility model discloses a kind of game application debugging multi-point touch devices, including capacitance pen matrix, annulus and pen core mouth, the upper end of the capacitance pen matrix offers annular groove, placing groove is welded on the outside of the upper end of the capacitance pen matrix, the middle part surface setting of the capacitance pen matrix is fluted, the first magnetosphere is provided with below the rubber ring, connecting rod is installed on the outside of the annulus, and annulus is located at the outside of magnetic panel, the lower surface of the connecting rod is welded with fixing seat, the first silica gel is installed on the outside of first pen core, the inside of the pen core mouth is screwed with connecting pin, second pen core is installed below the connecting pin.Game application debugging is flexible and changeable with multi-point touch apparatus structure, disposable detection range is larger, so that the device does not need to carry out repeated detection, secondly the fixed structure of the device is more flexible, when detection pen core is damaged, be conducive to the timely replacement of pen core.

Description

A kind of game application debugging multi-point touch device

Technical field

The utility model relates to practical application equipment technical field, specially a kind of game application debugging is filled with multi-point touch It sets.

Background technique

Multiple point touching technology refers to the one kind for allowing computer user to control graphical interfaces by multiple fingers simultaneously Technology, corresponding with multiple point touching technology is exactly certainly single-touch, and single-touch equipment has had many year, small Size has a touching-type handset, and large scale is most common to be exactly ATM machine in bank and be lined up enquiry machine, in the debugging of game In the process, the detection of game screen sensitivity is most important.But existing sensitivity technique is simple with capacitance pen structure, nib Limited, disposable detection range is small, needs to carry out repeated detection, causes its duty cycle long, secondly general sensitivity inspection It is more thorough to survey capacitance pen fixed structure, when detection pen core is damaged, is unfavorable for the timely replacement of pen core, is asked for above-mentioned Topic, we provide a kind of game application debugging multi-point touch devices.

Utility model content

The purpose of this utility model is to provide a kind of game application debugging multi-point touch devices, to solve above-mentioned background Iing is proposed that general existing sensitivity technique capacitance pen structure is simple in technology, nib is limited, and disposable detection range is small, It needs to carry out repeated detection, causes its duty cycle long, secondly general sensitivity technique capacitance pen fixed structure is more thorough, When detecting pen core and being damaged, the problem of being unfavorable for the timely replacement of pen core.

To achieve the above object, the utility model provides the following technical solutions: multi-point touch is used in a kind of game application debugging Device, including capacitance pen matrix, annulus and pen core mouth, the upper end of the capacitance pen matrix offer annular groove, the capacitance pen It is welded with placing groove on the outside of the upper end of matrix, and the inside of placing groove is equipped with foam-rubber cushion, the middle part table of the capacitance pen matrix Face setting is fluted, and rubber ring is equipped on the outside of groove, and the first magnetosphere, and the first magnetic are provided with below the rubber ring It is provided with magnetic panel below circle, connecting rod is installed, and annulus is located at the outside of magnetic panel, the company on the outside of the annulus The lower surface of extension bar is welded with fixing seat, and the first pen core is fixed with below fixing seat, the outside installation of first pen core There is the first silica gel, the inside of the pen core mouth is screwed with connecting pin, and pen core mouth is located at the lower end of capacitance pen matrix, the connection Second pen core is installed below end, and the second silica gel is installed on the outside of the second pen core.

Preferably, the upper end of the capacitance pen matrix between annular groove and annulus by being connected, and the outer surface of annulus It is bonded between the inner surface of annular groove.

Preferably, it is mutually perpendicular between the connecting rod and fixing seat, and in the central axes of fixing seat and the first pen core It is overlapped between axis.

Preferably, first pen core between connecting rod and fixing seat and annulus by being connected, and point of the first pen core Cloth track is square, and the vertical centerline between the first pen core about annulus is symmetrical.

Preferably, the pen core mouth is by constituting helicitic texture between connecting pin and the second pen core, and the second pen core is outer It is bonded between surface and the inner surface of the second silica gel.

Preferably, the annulus, which passes through, constitutes magnetic connection between magnetic panel and the first magnetosphere, and is located on the first magnetosphere Adhesion is set as between the rubber ring and capacitance pen matrix of side.

Compared with prior art, the utility model has the beneficial effects that game application debugging multi-point touch device knot Structure is flexible and changeable, and disposable detection range is larger, so that the device does not need to carry out repeated detection, the secondly fixation of the device Structure is more flexible, when detection pen core is damaged, is conducive to the timely replacement of pen core, which is touched with multiple spot The inside of crash device placing groove is equipped with foam-rubber cushion, after the first pen core use, by annulus from the outside of capacitance pen matrix It pulls up, then annulus is placed on to the inside of annular groove, the first pen core is inserted in the inside of placing groove, so that annulus and first Pen core is fixed on the upper end of capacitance pen matrix, and secondly the setting of foam-rubber cushion can be avoided generates between the first pen core and placing groove Excessive friction, to extend the service life of the first pen core, the first pen core is mainly made of metal material, for the point for avoiding metal The sharp screen for hurting mobile phone or computer, therefore one layer of first silica gel that the material is soft is enclosed on the outside of the first pen core, it should Device is provided with 4 the first pen cores, and when needing to detect the sensitivity of game screen, 4 the first pen cores can be simultaneously to game screen 4 regions of curtain are detected, and improve the speed of detection, which is provided with pen core mouth, connecting pin, the second pen core and second Second silica gel is mounted on the outside of the second pen core by silica gel, is then screwed in the second pen core under pen core mouth by connecting pin Side, improves the flexibility between the second pen core and capacitance pen matrix, after the second pen core is impaired, can carry out to it quickly Replacement.

Detailed description of the invention

Fig. 1 is the first pen core of the utility model working state structure schematic diagram；

Fig. 2 is the first pen core of the utility model idle state structural schematic diagram；

Fig. 3 is the utility model the first pen core working condition bottom surface overlooking structure diagram；

Fig. 4 is the first pen core of the utility model idle state overlooking structure diagram.

In figure: 1, capacitance pen matrix, 2, annular groove, 3, annulus, 4, connecting rod, 5, fixing seat, the 6, first pen core, 7, One silica gel, 8, foam-rubber cushion, 9, placing groove, 10, groove, 11, rubber ring, the 12, first magnetosphere, 13, pen core mouth, 14, connecting pin, 15, the second pen core, the 16, second silica gel, 17, magnetic panel.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

It please refers to Fig. 1-4 the utility model and a kind of technical solution is provided: a kind of game application debugging multi-point touch device, Including capacitance pen matrix 1, annulus 3 and pen core mouth 13, the upper end of capacitance pen matrix 1 offers annular groove 2, capacitance pen matrix 1 Placing groove 9 is welded on the outside of upper end, and the inside of placing groove 9 is equipped with foam-rubber cushion 8, the middle part surface setting of capacitance pen matrix 1 Fluted 10, and the outside of groove 10 is equipped with rubber ring 11, the lower section of rubber ring 11 is provided with the first magnetosphere 12, and the first magnetic The lower section of circle 12 is provided with magnetic panel 17, and annulus 3, which passes through, constitutes magnetic connection between magnetic panel 17 and the first magnetosphere 12, and is located at It is set as adhesion between the rubber ring 11 and capacitance pen matrix 1 of first magnetosphere, 12 top, by annulus 3 along capacitance pen matrix 1 Lower end pushes up, until the upper surface of the magnetic panel 17 inside capacitance pen matrix 1 is bonded with the lower surface of the first magnetosphere 12, So that annulus 3 is fixed on the surface of capacitance pen matrix 1, the outside of annulus 3 is equipped with connecting rod 4, and annulus 3 is located at magnetic panel 17 outside, the upper end of capacitance pen matrix 1 between annular groove 2 and annulus 3 by being connected, and the outer surface of annulus 3 and annular It is bonded between the inner surface of slot 2, after 6 use of the first pen core, annulus 3 is pulled up from the outside of capacitance pen matrix 1, then Annulus 3 is placed on to the inside of annular groove 2, the first pen core 6 is inserted in the inside of placing groove 9, so that annulus 3 and the first pen core 6 are fixed on the upper end of capacitance pen matrix 1, and secondly the setting of foam-rubber cushion 8 can be avoided produces between the first pen core 6 and placing groove 9 Raw excessive friction, to extend the service life of the first pen core 6, the lower surface of connecting rod 4 is welded with fixing seat 5, and fixing seat 5 lower section is fixed with the first pen core 6, is mutually perpendicular between connecting rod 4 and fixing seat 5, and the central axes of fixing seat 5 and first It is overlapped between the central axes of pen core 6, the first pen core 6 is mainly made of metal material, to avoid the sharps injuries of metal to mobile phone Or the screen of computer, therefore be enclosed with one layer of first silica gel 7 that the material is soft in the outside of the first pen core 6, the first pen core 6 it is outer Side is equipped with the first silica gel 7, and the first pen core 6 between connecting rod 4 and fixing seat 5 and annulus 3 by being connected, and the first pen core 6 Distribution trajectory be square, and the vertical centerline between the first pen core 6 about annulus 3 is symmetrical, which is provided with 4 First pen core 6, when needing to detect the sensitivity of game screen, 4 the first pen cores 6 can be simultaneously to 4 regions of game screen It is detected, improves the speed of detection, the inside of pen core mouth 13 is screwed with connecting pin 14, and pen core mouth 13 is located at capacitance pen base The lower end of body 1, the lower section of connecting pin 14 is equipped with the second pen core 15, and the outside of the second pen core 15 is equipped with the second silica gel 16, Pen core mouth 13 is by constituting helicitic texture, and the outer surface of the second pen core 15 and the second silicon between connecting pin 14 and the second pen core 15 It is bonded between the inner surface of glue 16, the second pen core 15 is screwed in the lower section of pen core mouth 13 by connecting pin 14, improves second Flexibility between pen core 15 and capacitance pen matrix 1 can quickly replace it after the second pen core 15 is impaired.

Working principle: when using game application debugging multi-point touch device, by annulus 3 along capacitance pen matrix 1 Lower end push up, until the upper surface of magnetic panel 17 inside capacitance pen matrix 1 is bonded with the lower surface of the first magnetosphere 12, So that annulus 3 is fixed on the surface of capacitance pen matrix 1, since the first pen core 6 is mainly made of metal material, to avoid metal Sharps injuries be enclosed with one layer of first silicon that the material is soft to mobile phone or the screen of computer, therefore in the outside of the first pen core 6 Glue 7 grasps rubber ring 11, carries out the detection of sensitivity, the setting energy of rubber ring 11 to game screen using the first pen core 6 It enough avoids that excessive compression occurs between personnel's finger and capacitance pen matrix 1, and the setting of rubber ring 11 can also increase personnel's hand Refer to the frictional force between 1 surface of capacitance pen matrix, avoids the landing of capacitance pen matrix 1, be similarly mounted on the second silica gel 16 Then second pen core 15 is screwed in the lower section of pen core mouth 13 by connecting pin 14, improves second by the outside of the second pen core 15 Flexibility between pen core 15 and capacitance pen matrix 1 can quickly replace it, most after the second pen core 15 is impaired Afterwards after 6 use of the first pen core, annulus 3 is pulled up from the outside of capacitance pen matrix 1, annulus 3 is then placed on annular First pen core 6 is inserted in the inside of placing groove 9 by the inside of slot 2, so that annulus 3 and the first pen core 6 are fixed on capacitance pen base The upper end of body 1, here it is the working principles of the game application debugging multi-point touch device.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of game application debugging multi-point touch device, including capacitance pen matrix (1), annulus (3) and pen core mouth (13), Be characterized in that: the upper end of the capacitance pen matrix (1) offers annular groove (2), weldering on the outside of the upper end of the capacitance pen matrix (1) It is connected to placing groove (9), and the inside of placing groove (9) is equipped with foam-rubber cushion (8), the middle part surface of the capacitance pen matrix (1) is set It is equipped with groove (10), and rubber ring (11) is installed on the outside of groove (10), be provided with first below the rubber ring (11) Magnetosphere (12), and magnetic panel (17) are provided with below the first magnetosphere (12), connecting rod is installed on the outside of the annulus (3) (4), and annulus (3) is located at the outside of magnetic panel (17), and the lower surface of the connecting rod (4) is welded with fixing seat (5), and fixed It is fixed with the first pen core (6) below seat (5), the first silica gel (7), the pen core is installed on the outside of first pen core (6) The inside of mouth (13) is screwed with connecting pin (14), and pen core mouth (13) is located at the lower end of capacitance pen matrix (1), the connecting pin (14) it is equipped with below the second pen core (15), and the second silica gel (16) is installed on the outside of the second pen core (15).

2. a kind of game application debugging multi-point touch device according to claim 1, it is characterised in that: the capacitance pen The upper end of matrix (1) between annular groove (2) and annulus (3) by being connected, and the outer surface of annulus (3) and annular groove (2) It is bonded between inner surface.

3. a kind of game application debugging multi-point touch device according to claim 1, it is characterised in that: the connecting rod (4) it is mutually perpendicular between fixing seat (5), and is overlapped between the central axes of fixing seat (5) and the central axes of the first pen core (6).

4. a kind of game application debugging multi-point touch device according to claim 1, it is characterised in that: described the first stroke Core (6) between connecting rod (4) and fixing seat (5) and annulus (3) by being connected, and the distribution trajectory of the first pen core (6) is positive It is rectangular, and the vertical centerline between the first pen core (6) about annulus (3) is symmetrical.

5. a kind of game application debugging multi-point touch device according to claim 1, it is characterised in that: the pen core mouth (13) by constituting helicitic texture, and the outer surface and second of the second pen core (15) between connecting pin (14) and the second pen core (15) It is bonded between the inner surface of silica gel (16).

6. a kind of game application debugging multi-point touch device according to claim 1, it is characterised in that: the annulus (3) it is connect by constituting magnetism between magnetic panel (17) and the first magnetosphere (12), and is located at the rubber above the first magnetosphere (12) Adhesion is set as between circle (11) and capacitance pen matrix (1).