CN213432935U

CN213432935U - Multi-finger control handle for handheld game terminal

Info

Publication number: CN213432935U
Application number: CN202022736728.4U
Authority: CN
Inventors: 林晓甄
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-11-23
Filing date: 2020-11-23
Publication date: 2021-06-15
Anticipated expiration: 2030-11-23

Abstract

The patent provides a control handle convenient and fast to operate, which is provided with a handle capable of being held, wherein the handle is provided with a clamping groove capable of being clamped with the edge part of a game terminal, and a contact arm is connected to the handle in a swinging mode; the contact arm comprises a normally-on contact arm, a normally-on elastic element is arranged between the normally-on contact arm and the handle, and the normally-on elastic element enables the normally-on contact arm to have a swinging trend relative to the handle, so that the normally-on contact arm can be kept in contact with a touch screen of the handheld game terminal clamped in the clamping groove; the normally-open contact arm is provided with a touch part, and when an operator holds the handle, the index finger of the operator can touch the touch part; the normally-on contact arm is a conductor capable of conducting touch signals.

Description

Multi-finger control handle for handheld game terminal

Technical Field

The patent relates to a control handle, in particular to a multi-finger control handle for a handheld game terminal.

Background

Currently, handheld game terminals such as mobile phones, pads, etc. are gradually sought after by young people.

When the game competition is carried out, the function of the control handle is increased. Generally with game terminal edge portion joint in the draw-in groove of handle during the use, through the contact arm swing of finger operation swing connection on the handle, the tip of contact arm clicks on the touch-sensitive screen, controls the action, the function switching etc. of task or other target object in the recreation, and the convenience and the promptness of controlling have very big influence to the result, for example: in some electronic competitive games, a delay in operation of a few milliseconds can result in a loss of game play. Therefore, a control handle convenient and fast to operate is needed to meet the requirements.

Traditional control handle, it sets up the button to correspond the position at the forefinger mostly, a plurality of buttons are controlled to the thumb, this has a problem that, when using different buttons, the finger need move and press down on corresponding button, on moving target button from finger current position, need expend time, and need point to the target button accurately to the finger, this can lead to controlling for a long time, and need accomplish accurate operation empty through long-time training, it is big to use the degree of difficulty.

Disclosure of Invention

The purpose of this patent is to provide a convenient operation swift control handle.

The multi-finger control handle for the handheld game terminal is provided with a handle which can be held, the handle is provided with a clamping groove which can be clamped with the edge part of the game terminal, and a contact arm is connected to the handle in a swinging mode; the contact arm comprises a normally-on contact arm, a normally-on elastic element is arranged between the normally-on contact arm and the handle, and the normally-on elastic element enables the normally-on contact arm to have a swinging trend relative to the handle, so that the normally-on contact arm can be kept in contact with a touch screen of the handheld game terminal clamped in the clamping groove; the normally-open contact arm is provided with a touch part, and when an operator holds the handle, the index finger of the operator can touch the touch part; the normally-on contact arm is a conductor capable of conducting touch signals.

In the multi-finger manipulation handle, the index finger of the operator can touch the touch part, namely the side part of the index finger facing to the middle finger can touch the touch part.

In the multi-finger control handle, the contact arm comprises at least one normally open contact arm, a normally open elastic element is arranged between the normally open contact arm and the handle, and the normally open elastic element enables the normally open contact arm to have a swinging trend relative to the handle, so that the normally open contact arm can be not in contact with a touch screen clamped in the clamping groove of the handheld game terminal;

the handle is provided with a key for any one of middle fingers, ring fingers or little fingers of an operator to press, each key is connected with a normally open contact arm through a transmission mechanism, and when the key is pressed down, the normally open contact arm is driven through the transmission mechanism to overcome the torque swing of a normally open elastic element, so that the normally open contact arm is in contact with the touch screen, and the touch screen is clicked.

In the multi-finger control handle, the normally-open contact arm is positioned at the upper part of the multi-finger control handle, and the normally-open contact arm can keep contact with the edge of the upper part of the touch screen of the handheld game terminal clamped in the clamping groove.

In the multi-finger control handle, the middle finger key, the ring finger key and the little finger key which are respectively pressed by the middle finger, the ring finger or the little finger of an operator are arranged on the handle, the middle finger normally open contact arm connected with the middle finger key is positioned at the upper part of the multi-finger control handle, and the ring finger normally open contact arm and the little finger normally open contact arm connected with the ring finger key and the little finger key are positioned at the side part of the multi-finger control handle.

In the multi-finger control handle, the normally-open contact arm is positioned at the side part of the multi-finger control handle, and the normally-open contact arm can keep contact with the edge of the side part of the touch screen of the handheld game terminal clamped in the clamping groove.

The multi-finger control handle is characterized in that a middle finger key, a ring finger key and a little finger key which are respectively pressed by a middle finger, a ring finger or a little finger of an operator are arranged on the handle, a middle finger normally open contact arm, a ring finger normally open contact arm and a little finger normally open contact arm which are respectively connected with the middle finger key, the ring finger key and the little finger key are positioned on the side part of the multi-finger control handle, and the normally open contact arm, the middle finger normally open contact arm, the ring finger normally open contact arm and the little finger normally open contact arm are sequentially arranged from top to bottom.

In the multi-finger control handle, each key comprises a rotating shaft rotatably connected to the handle, an operating rod extending out of the handle and a connecting end, and the connecting end is connected with the normally open contact arm through an extension spring serving as a transmission mechanism; when the finger presses the operating rod, the key swings around the rotating shaft, the connecting end swings, and the normally open contact arm is driven to swing through the connecting spring, so that the normally open contact arm is in contact with the touch screen, and the touch screen is clicked.

In the multi-finger control handle, the two multi-finger control handles are bilaterally symmetrical.

The left multi-finger control handle and the right multi-finger control handle are connected through the middle connecting body.

The beneficial effect of this patent: this patent has adopted can conduct touch signal, keeps the normal general contact arm of contact with the touch-sensitive screen, touches touch portion when the forefinger, is equivalent to the touching to the touch-sensitive screen. When the operator grips the handle, the index finger is near the touch portion of the normally-on contact arm. The forefinger can touch the touch part by slightly moving, so that the quick click on the touch screen is realized.

The operator can touch the touching portion with the index finger when gripping the handle means that the side portion of the index finger facing the middle finger can touch the touching portion. That is, the touching portion is located at a position where the tip of the index finger of the operator can touch the side portion of the middle finger, so that the tip of the index finger can touch the touching portion by moving slightly downward, which is more convenient for operation.

The normal open contact arm is positioned at the upper part of the multi-finger control handle, the normal open contact arm can be kept in contact with the edge of the upper part of a touch screen of a handheld game terminal clamped in the clamping groove, the middle finger normal open contact arm is positioned at the upper part of the multi-finger control handle, and the ring finger normal open contact arm and the little finger normal open contact arm are positioned at the side part of the multi-finger control handle; or, the normally open contact arm is located the lateral part of this many fingers control handle, and normally open contact arm can keep contacting with the card and hold the touch-sensitive screen lateral part edge of holding the game terminal in the draw-in groove, and normally open contact arm, well finger normally open contact arm, ring finger normally open contact arm, little finger normally open contact arm from the top down arrange in proper order, these two kinds of normally open contact arms and the normally open contact arm mode of difference, and the operation of each finger can not influence each other, and especially, the operation of thumb is not received the influence of other fingers, controls convenient and fast more.

The two multi-finger control handles which are bilaterally symmetrical can be conveniently clamped on the left side and the right side of the handheld game terminal to be operated by two hands simultaneously.

The left multi-finger control handle and the right multi-finger control handle are connected through an intermediate connector. The intermediate connector may be provided with a fan to dissipate heat from the handheld game terminal.

The normally-on elastic element is arranged between the normally-on contact arm and the handle, and the normally-on elastic element enables the normally-on contact arm to be kept in contact with the touch screen; the normally open elastic element is arranged between the normally open contact arm and the handle, and the normally open elastic element enables the normally open contact arm not to be in contact with the touch screen.

Drawings

FIG. 1 is a schematic view of a state in which two multi-finger control handles of embodiment 1 are connected to a mobile phone;

FIG. 2 is a schematic illustration of two multi-finger manipulation handles connected by an intermediate connector;

FIG. 3 is a schematic view of a multi-finger joystick;

FIG. 4 is a view of the internal structure of the multi-finger joystick;

FIG. 5 is a view showing the structure of each key and each contact arm;

FIG. 6 is another structural view of each key and each contact arm;

FIG. 7 is a schematic view of a normally-on contact arm, little finger key, etc.;

FIG. 8 is a schematic view showing the multi-finger grip of embodiment 2 engaged with a pad;

FIG. 9 is a schematic view of a multi-finger joystick of embodiment 2;

FIG. 10 is an internal structure view of the multi-finger grip of embodiment 2;

FIG. 11 is a view showing the structure of each key and each contact arm in embodiment 2;

fig. 12 is a schematic view of a normally-on contact arm, a middle finger key, a little finger key, and the like of embodiment 2.

In the figure, a multi-finger control handle 1, an intermediate connector 2, a cooling fan 21, a handle 11, a card slot 12, a normally open contact arm 3, a rotating shaft 31, a tension spring 32, a normally open contact arm end 33, a touch part 34, a middle finger normally open contact arm 4, a pin shaft 41, a middle finger normally open contact arm end 43, a ring finger normally open contact arm 5, a little finger normally open contact arm 6, a middle finger key 7, a rotating shaft 71, a middle finger key operating lever 72, a connecting end 73, a tension spring 74, a ring finger key 8, a ring finger key operating lever 82, a little finger key 9, a little finger key operating lever 92 and a touch screen 10.

Detailed Description

Example 1:

referring to fig. 1-3, two multi-finger control handles 1 which are symmetrical left and right are connected with a detachable intermediate connector 2, and the intermediate connector 2 is provided with a cooling fan 21.

Each multi-finger control handle 1 has a grippable handle 11 with a card slot 12 that can be snapped onto the edge of the handset.

The normally-open contact arm 3 is in rotating connection with the handle 1 through the rotating shaft 31, and the normally-open contact arm 3 is connected with the handle 1 through a normally-open elastic element, namely a tension spring 32, wherein the tension spring 32 enables the normally-open contact arm to have the tendency of swinging around the rotating shaft 31 relative to the handle, so that the tail end 33 of the normally-open contact arm can be kept in contact with the upper part of the touch screen 10 of the mobile phone clamped in the card slot; the normally-on contact arm 3 has a touch portion 34 integrated therewith. The normally-on contact arm is a conductor capable of conducting touch signals.

A middle finger key 7, a ring finger key 8 and a little finger key 9 which are respectively pressed by a middle finger, a ring finger or a little finger of an operator are rotatably arranged on the handle, a middle finger normally open contact arm 4 connected with the middle finger key 7 is positioned at the upper part of the multi-finger control handle, and a ring finger normally open contact arm 5 and a little finger normally open contact arm 6 respectively connected with the ring finger key 8 and the little finger key 9 are positioned at the side part of the multi-finger control handle.

The connection structures of the keys, the normally open contact arms, the handle and the corresponding keys are basically the same, and the middle finger key 7 and the middle finger normally open contact arm 4 are taken as an example for explanation.

The middle finger normally open contact arm 4 is rotatably connected with the handle through a pin shaft 41, and a normally open elastic element, namely a torsion spring (not shown), is arranged between the pin shaft 41 and the handle, so that the middle finger normally open contact arm has a tendency of swinging around the pin shaft 41 relative to the handle, and the tail end 43 of the middle finger normally open contact arm can not contact with a touch screen of a mobile phone clamped in the clamping groove.

Referring to fig. 4-7, the middle finger button 7 includes a rotating shaft 71 rotatably connected to the handle, an operating rod 72 extending out of the handle, and a connecting end 73, the connecting end 73 is connected to the middle finger normally open contact arm 4 through an extension spring 74 serving as a transmission mechanism; when the middle finger presses the operating rod 72, the middle finger key swings around the rotating shaft 71, the connecting end 73 swings, and the extension spring 74 drives the middle finger normally open contact arm 7 to swing against the torque of the torsion spring, so that the tail end 43 of the middle finger normally open contact arm is in contact with the upper part of the touch screen, and the touch screen is clicked.

Referring to fig. 1, when the mobile phone is held in the card slots 12 of the two multi-finger control handles 1, the tail end 33 of the normally-open contact arm is kept in contact with the upper part of the touch screen 10 of the mobile phone; when the operator holds the handle, the side part of the index finger tip facing the middle finger of the operator can touch the touch part 34 of the normally-open contact point arm 3, so that the touch of the upper part of the touch screen is formed. The middle finger presses an operating rod of the middle finger key, and the tail end of the middle finger normally open contact arm clicks the upper part of the touch screen; when the ring finger presses the operating rod of the ring finger key 5, the tail end of the normally open contact arm of the ring finger clicks the upper side of the touch screen; when the little finger presses the operating rod of the little finger key 6, the tail end of the little finger normally open contact arm clicks the upper side part of the touch screen, and the touch of the thumb on the mobile phone is not affected.

Example 2:

referring to fig. 8-12, embodiment 2 differs from embodiment 1 mainly in that: the multi-finger joystick 1 of embodiment 2 has only one, and certainly, does not have the intermediate connecting body of embodiment 1; the handheld game terminal in embodiment 2 is a pad, not the mobile phone in embodiment 1; in embodiment 2, the normally open contact arm 3, the middle finger normally open contact arm 4, the ring finger normally open contact arm 5, and the little finger normally open contact arm 6 are arranged up and down; the tip 33 of the normally-on contact arm remains in contact with the touch screen 10 side of the pad; when the pad is clamped in the clamping groove 12 of the multi-finger control handle 1 in the embodiment 2, when an operator holds the handle, the side part of the index finger end of the operator facing to the middle finger can touch the touch part 34 of the normally-open contact arm 3, so that the touch of the side part of the pad touch screen is formed; the middle finger presses an operating rod of the middle finger key, the ring finger presses an operating rod of the ring finger key 5, the little finger presses an operating rod of the little finger key 6, the tail end of the middle finger normally open contact arm, the tail end of the ring finger normally open contact arm and the tail end of the little finger normally open contact arm respectively click the upper side of the touch screen, and the thumb touch control pad cannot be influenced.

Under the state of a handheld game terminal, the side edge of the touch screen is at least provided with a side normally open contact arm (a ring finger normally open contact arm 5 or a little finger normally open contact arm 6) controlled by a key, the top of the touch screen is at least provided with a normally open contact arm and a touch part connected with the normally open contact arm, and the adjacent direction close to the bilateral symmetry center of the touch screen is at least provided with a top normally open contact arm-a middle finger normally open contact arm 4 controlled by the key.

In a holding state, the forefinger touches the touch part, the middle finger controls the top normally open contact arm, the ring finger and the little finger controls the side normally open contact arm through the keys.

Normally open contact arm (including side normally open contact arm, top normally open contact arm), when the button does not press, normally open contact arm terminal portion leaves the touch-sensitive screen, when the button pressed, normally open contact arm terminal portion contact touch-sensitive screen.

The normally open contact arm refers to that the tail end of the normally open contact arm always contacts the touch screen when the touch screen is used.

The button pass through drive mechanism such as extension spring or connecting rod and normally open contact arm and link to each other, the swing of one end of normally open contact arm is connected on the casing, drive mechanism such as extension spring or pull rod is connected between button and normally open contact arm.

The handle with the structure and the key layout is comfortable to grip, is not tired when being used for a long time, is rapid to control, particularly is a normally-open contact arm structure adopted by a forefinger, can excite operation only by touching a touch part with the forefinger during use, does not have mechanical part action, can realize rapid continuous touch, has the characteristics of substantial control and rapidness when realizing multi-finger operation, and has strong practicability.

Claims

1. Handle game terminal is with many fingers control handle, has the handle that can grip, and the handle has the draw-in groove that can with game terminal edge part joint, and the swing of contact arm is connected on the handle, characterized by: the contact arm comprises a normally-on contact arm, a normally-on elastic element is arranged between the normally-on contact arm and the handle, and the normally-on elastic element enables the normally-on contact arm to have a swinging trend relative to the handle, so that the normally-on contact arm can be kept in contact with a touch screen of the handheld game terminal clamped in the clamping groove; the normally-open contact arm is provided with a touch part, and when an operator holds the handle, the index finger of the operator can touch the touch part; the normally-on contact arm is a conductor capable of conducting touch signals.

2. The multi-finger joystick of claim 1, wherein: the operator's index finger being able to touch the touch portion means that the tip of the index finger is able to touch the touch portion toward the side of the middle finger.

3. The multi-finger joystick of claim 1, wherein: the contact arm comprises at least one normally open contact arm, a normally open elastic element is arranged between the normally open contact arm and the handle, and the normally open elastic element enables the normally open contact arm to have a swinging trend relative to the handle, so that the normally open contact arm can be enabled not to be in contact with a touch screen clamped in the clamping groove of the handheld game terminal;

4. The multi-finger joystick of claim 3, wherein: the normally-open contact arm is positioned at the upper part of the multi-finger control handle, and the normally-open contact arm can keep contact with the edge of the upper part of the touch screen of the handheld game terminal clamped in the clamping groove.

5. The multi-finger joystick of claim 4, wherein: the handle is provided with a middle finger key, a ring finger key and a little finger key which are respectively pressed by a middle finger, a ring finger or a little finger of an operator, a middle finger normally open contact arm connected with the middle finger key is positioned at the upper part of the multi-finger control handle, and a ring finger normally open contact arm and a little finger normally open contact arm connected with the ring finger key and the little finger key are positioned at the side part of the multi-finger control handle.

6. The multi-finger joystick of claim 3, wherein: the normally-open contact arm is positioned on the side part of the multi-finger control handle, and the normally-open contact arm can be kept in contact with the edge of the side part of the touch screen of the handheld game terminal clamped in the clamping groove.

7. The multi-finger joystick of claim 6, wherein: the handle is provided with a middle finger key, a ring finger key and a little finger key which are respectively pressed by a middle finger, a ring finger or a little finger of an operator, a middle finger normally open contact arm, a ring finger normally open contact arm and a little finger normally open contact arm which are respectively connected with the middle finger key, the ring finger key and the little finger key are positioned at the side part of the multi-finger control handle, and the normally open contact arm, the middle finger normally open contact arm, the ring finger normally open contact arm and the little finger normally open contact arm are sequentially arranged from top to bottom.

8. The multi-finger joystick of claim 3, wherein: each key comprises a rotating shaft which is rotatably connected to the handle, an operating rod which extends out of the handle and a connecting end, and the connecting end is connected with the normally open contact arm through an extension spring which is used as a transmission mechanism; when the finger presses the operating rod, the key swings around the rotating shaft, the connecting end swings, and the normally open contact arm is driven to swing through the connecting spring, so that the normally open contact arm is in contact with the touch screen, and the touch screen is clicked.

9. The multi-finger joystick of claim 1, wherein: the multi-finger control handle is provided with two left-right symmetrical handles.

10. The multi-finger joystick of claim 9, wherein: the left multi-finger control handle and the right multi-finger control handle are connected through an intermediate connector.