JP3102907U - Game console controller with buffer function - Google Patents

Abstract

[Problem] When a button is pressed, the touch is soft and comfortable, and it has a buffer effect of appropriately depressurizing even if it is pressed for a long time, not only is comfortable to use, but also reduces the pressing force, when operating Relieve fatigue, any user can adapt to the shape and size of their hands, perfectly match hands and fingers, save power when operating, and Provided is a game machine controller with a buffer function, which can prevent a bean or a octopus from being formed in a hand or a finger from being deformed.
A game machine controller with a cushioning function has a cushioning protection function on a direction button and a plurality of function buttons on one side of a triggering surface, has a large triggering area, and has a buffer part around the button. In addition, there are several buffer decompression protection designs, the hard plastic of the grip part of the pedestal of the controller body is a space, and the outside of this space part is covered with a capsule according to the size of the joystick As a result, there is a kind of cushioning airbag function.
[Selection diagram] Fig. 1

Description

 The present invention relates to a game console. The controller of the present invention is designed to protect your hands from fatigue even after prolonged use.

In a conventional game machine controller, all the buttons are made of a plastic material. These buttons are directly pressed and inspired, and can be quite tiring when used for a long time. In particular, if you do not release the button while holding it down, the surrounding materials that come into contact with it are all hard plastic materials. There is. Your hands may become loose, you feel pain, or you may have blisters or octopus on your hands. If it gets worse, your fingers may deform. In addition, the base of the controller has a contact surface made of ABS or hard plastic injection molded, so that it has a hard feeling when picked up and has a poor grip.

The problem to be solved by the present invention is that the feel when pressing the button is soft and comfortable, it has a buffer effect that moderately decompresses even if it is pressed for a long time, not only is comfortable to use, but also the power when pressing Reduces operating fatigue, reduces user fatigue, allows any user to adapt to the shape and size of his hand, perfectly matches hands and fingers, and saves operating power It is another object of the present invention to provide a game machine controller with a buffering function that can prevent a bean or octopus from being formed on a hand and prevent a finger from being deformed.

The controller of the present invention has a cushioning protection function on the direction button and the plurality of function buttons on one side of the triggering surface. When used, the touch area is large and the feel when pressed is soft and comfortable. Furthermore, even if the button is kept pressed for a long time, the buffer part around the button has a buffering effect of appropriately reducing the pressure. In addition, there are several buffer decompression protection designs, the hard plastic of the grip part of the pedestal of the controller body is a space, and the outside of this space part is covered with a capsule according to the size of the joystick By having a kind of cushioning airbag function, any user can adapt to the shape and size of his / her hand, perfectly match hands and fingers, and save power during operation It is possible. Therefore, the controller of the present invention is not only comfortable to use, but also has the effect of reducing the pressing force and reducing the fatigue during operation. Further, there is an effect of preventing blisters and octopus from being formed on the hands and preventing the fingers from being deformed.

The game machine controller with a buffer function according to the present invention has a direction protection button and a plurality of function buttons on one side of the surface of the controller body, as described in claim 1 of the utility model registration claim. The direction button is covered with a protective pad made of a soft material on its surface, and there is a resilient annular pad around it, and furthermore, this resilient annular pad is It is covered with a protective pad made of a soft material, and the bottom surface of this elastic pad is supported by a plurality of cushioning parts. It is connected to a rich pad, and a resilient annular pad is fixed so that it always floats above the hollow tank and moves, without detaching from the controller body, multiple functions The tongue has a shock absorbing part on the bottom inspired part, relieves the pressure when pressing the function button, multiple function buttons are also on the elastic annular pad around, and furthermore this elastic The surface of the annular pad is covered with a protective pad made of a soft material, and the bottom surface of the elastic annular pad is supported by a plurality of cushioning parts, and a plurality of integrally formed pillars on the bottom surface. All of the bottom of the controller is connected to a pad with high elasticity, and the elastic circular pad is fixed so that it moves while floating above the hollow tank, without detaching from the controller body, the controller bottom base The hard plastic of the grip part forms a moderate space hole, and the outside of this space hole is covered with a soft capsule protruding according to the size of the hand and the grip condition By operating, the soft capsule at the bottom allows for a perfect match with your fingers during operation, saving power during operation.When you press the direction button or function button down, your hand It hits the elastic ring pad of soft material around the direction button and not only increases the inspired area, but also at the same time, the cushioning action of the multiple springs on the bottom surface of the elastic ring pad and The multiple pillars and pads form a resilient decompression cushioning effect, and with several shock-absorbing decompression protection designs, reduce the pushing force, relieve fatigue, It has the feature of preventing octopus formation and finger deformation.

In the game machine controller with a buffer function according to the present invention, as described in claim 2 of the utility model registration claim, in the above-described claim 1, the function button has a buffer part in a tactile portion at the bottom. The cushioning part is a push cover made of elastic silicone rubber, the top of this push cover has a storage hole that keeps a constant altitude, the bottom of the function button fits in, and the push The height of the storage hole at the top of the cover enhances the effect of relieving pressure when the function button is pressed.

Furthermore, in the game machine controller with a buffer function according to the present invention, as described in claim 3 of the utility model registration claim, the function button in the above claim 1 has a buffer part of a trigger part on a bottom part, The part is a resilient pillar made of elastic silicone rubber with a hollow in the middle, which is connected to the bottom of the function button, hits the push cover at the bottom, and the resilient pillar is This has the advantage that the effect of reducing the pressure when the function button is pressed is enhanced.

Further, the game machine controller with a buffer function according to the present invention, as described in claim 4 of the utility model registration claim, in the above claim 1, the buffer part is made of soft rubber, spring or the like when pressed. The feature is that pressure can be relieved.

The controller of the present invention has a direction button and a plurality of function buttons on one side of the body surface, and has a buffer protection structure. Therefore, the operator presses because of its large inspired area, the soft and comfortable touch when pressed, and the effect of appropriately depressurizing and buffering the buffer parts around the button even when used for a long time. It has the effect of saving power, reducing fatigue, preventing blistering and octopus formation on hands and preventing deformation of fingers.
In addition, there are several buffer decompression protection designs, the hard plastic of the grip part of the pedestal of the controller body is a space, and the outside of this space part is covered with a capsule according to the size of the joystick By having a kind of cushioning airbag function, any user can adapt to the shape and size of his / her hand, perfectly match hands and fingers, and save power during operation It has the advantage of being comfortable to use.

Please refer to FIG. The controller of the present invention has a direction button 2 and a plurality of function buttons 3 on one side of the surface of the controller main body 1 to form a buffer protection structure.

  Please refer to FIG. The direction button 2 has its surface covered with a protective pad 21 made of a soft material. And there is a resilient annular pad 22 around it. Furthermore, the elastic annular pad 22 is covered with a protective pad 23 made of a soft material. The bottom surface of the elastic pad 22 is supported by a plurality of cushioning parts 24. The cushioning part 24 is made of a soft plastic, a spring, or the like, so that the load on the supporting parts is reduced (in the figure, an example using a spring is shown). Further, the bottom surface of the plurality of integrally formed shaft columns 25 is connected to the pad 26 having a high elasticity, and the elastic annular pad 22 is fixed so as to always float above the hollow tank 26, There is no detachment from the controller body 1.

  Therefore, when the direction button 2 is pressed down by hand and the direction is controlled, the hand presses the protection pad 21 covering the surface of the direction button 2 and soft buffering is comfortable, and the direction button 2 is pushed down. When the touch pad hits the protection pad 23 previously covering the elastic pad 22 around the direction button 2, not only does the inspired area increase, but at the same time, the bottom of the elastic pad 22 Due to the cushioning action of the plurality of cushioning parts 24, the plurality of shaft columns 25 and the pads 26 form a cushioning action having an elastic decompression effect, and the upper direction is in the order of pushing from top to bottom during operation. The protection pad 21 above the button 2 is protected, the middle part is subjected to the floating decompression action of the resilient annular pad 22, and the lower part is the cushioning part 24, the axial column 25 and the pad 26 where the bottom intraocular pressure is It forms an impact and has several shock-absorbing decompression protection designs, which reduce the force required to push and relieve fatigue, preventing blisters and octopus in hands and preventing deformation of fingers. There is.

  Please refer to FIG. 3 and FIG. The plurality of function buttons 3 have cushioning parts at the touching portion at the bottom. The shock-absorbing part is a push cover 31 (see FIG. 3) made of elastic silicone rubber. At the top of the push cover 31, there is a storage hole 311 for maintaining a constant altitude h, and a function is provided. The bottom of the button 3 fits. Therefore, the effect of reducing the pressure when the function button 3 is pressed is enhanced by the height of the storage hole in the upper part of the push cover 31. Alternatively, this cushioning part is a resilient pillar 32 (see FIG. 4) made of elastic silicone rubber with a hollow middle, which is connected to the bottom of the function button 3 and has a push on the bottom. It comes into contact with the cover 31.

Therefore, the presence of the resilient columns 32 enhances the effect of alleviating the pressure when the function button 3 is pressed. As shown in FIG. 5, the plurality of function buttons 3 also have elastic pads 33 attached around them, and the surface of the elastic pads 33 is covered with a protective pad 34 made of a soft material. . The bottom surface of the elastic annular pad 33 is supported by a plurality of cushioning parts 35. The cushioning part 35 is made of soft rubber, a spring, or the like, and can relieve pressure when pressed (a spring is used in the illustrated embodiment). Further, the bottoms of the plurality of integrally formed shaft posts 36 on the bottom surface are all connected to pads 37 having high elasticity. A spring 39 is fitted on the outer edge, and the elastic pad 33 is fixed so as to move in a state of floating above the hollow tank 38, and does not jump out of the controller main body 1.

  Therefore, when the function button 3 is pressed downward by hand during operation, there is an effect that the feel when pressed by hand is soft due to the buffering part at the trigger part of the bottom of the function button 3. Further, when the function button 3 is pressed down by hand, the function button 3 hits the protection pad 34 which covers the elastic annular pad 33 attached around the function button 3 and has an effect of increasing the trigger area. . At the same time, when the cushioning action of the plurality of cushioning parts 35 on the bottom surface of the elastic annular pad 33 and the elastic decompression cushioning action formed by the plurality of shaft posts 36 and the pad 37, when pressed down from above, In the order of receiving the buffer protection of the cushioning parts installed at the touching point at the bottom of the function button 3 in the order, the middle part is formed by the cushioning part 35, the shaft post 36 and the pad 37 by the floating pressure reducing action of the elastic annular pad 33. Intraocular pressure buffering, and multiple layers of buffer decompression protection design, relieve pressure when pressing, reduce fatigue during operation, can be blunt and tucked in hands, and deform fingers Can be prevented.

  Please refer to FIG. 6 and FIG. The hard plastic of the grip portion of the bottom pedestal 11 of the controller 1 of the present invention forms an appropriate space hole 111. Further, the outside of the space hole 111 is covered with a soft capsule 112 protruding according to the size of the hand and the degree of gripping, so that it functions as a buffer airbag, so that it fits any hand size and shape. Therefore, it has a feature that it matches the finger at the time of operation, the power at the time of operation can be saved, and the grip feeling is good.

FIG. 3 is an external view of the controller of the present invention. It is sectional drawing which cut | disconnected the controller of this invention in AA. It is sectional drawing which cut | disconnected the controller of this invention in BB plane. FIG. 4 is a cross-sectional view of another buffer part of the function button of the controller of the present invention. It is sectional drawing which cut the controller of this invention in CC plane. FIG. 4 is a side view of the base of the controller of the present invention. FIG. 3 is a view of the base of the controller of the present invention as viewed from below.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Controller main body 11 Base 111 Space hole 112 Soft capsule part 2 Direction button 21 Protective pad 22 Elastic annular pad 23 Protective pad 24 Buffering part 25 Axle post 26 Pad 27 Recessed tub 3 Function button 31 Push cover 311 Storage hole 32 Elasticity Pillar 33 elastic pad 34 protective pad 35 cushioning parts

Claims (4)

There is a direction button and a plurality of function buttons on one side of the surface of the controller body, forming a buffer protection structure,
The direction button is covered with a protective pad made of a soft material on its surface, and there is a resilient annular pad around it, and the resilient annular pad is a soft material protective pad. The resilient pad bottom is covered and supported by a plurality of cushioning parts, and the bottom of the resilient pad is integrally formed with a plurality of integrally formed axle bottoms all connected to a resilient pad. The elastic annular pad is fixed so that it always rises and moves above the hollow tank, without detaching from the controller body,
Multiple function buttons have cushioning parts in the trigger part of the bottom, relieve pressure when pressing the function button, multiple function buttons are also on the surrounding elastic pad, and this elasticity The surface of the elastic annular pad is covered with a protective pad made of a soft material, and the bottom surface of this elastic annular pad is supported by a plurality of cushioning parts. All the bottoms of the shaft pillars are connected to the elastic pad, the elastic annular pad is fixed so that it moves while floating above the hollow tank, without detaching from the controller body,
The hard plastic of the grip part of the controller bottom pedestal forms a moderate space hole, and the outside of this space hole is covered with a soft capsule protruding according to the size of the hand and the grip condition,
When operating, the soft capsule at the bottom allows you to perfectly match your fingers and save power when operating, and when you press the direction button or function button down, your hand will move around the direction button in advance. Not only increases the area of inspiration but also at the same time, due to the cushioning action of a plurality of springs on the bottom surface of the resilient elastic pad, Pillars and pads form a resilient decompression buffering effect, and with a number of cushioning decompression protection designs, reduce the force required to push and reduce fatigue, so that you can bend and squeeze in your hand , A game console controller with a buffer function that prevents the fingers from being deformed. The function button has a cushioning part at the bottom touching part, this cushioning part is a push cover made of elastic silicone rubber, and the top part of this push cover has a storage hole that keeps a constant altitude The function button according to claim 1, wherein the bottom of the function button is adapted to fit into the bottom of the function button, and the height of the storage hole at the top of the push cover enhances the effect of reducing pressure when the function button is pressed. Game controller with buffer function. The function button has a shock-absorbing part at the bottom, which is a resilient pillar made of elastic silicone rubber with a hollow middle, which is connected to the bottom of the function button, 2. The game with a buffer function according to claim 1, wherein the game has a feature of being adapted to hit a push cover and having an elastic pillar to enhance an effect of relieving pressure when a function button is pressed. Machine controller. 2. The game machine controller with a buffer function according to claim 1, wherein the buffer part is made of a soft rubber, a spring, or the like, and has a feature of being able to relieve pressure when pressed.

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