CN2684246Y - Handy joystick with buffer protection - Google Patents

Abstract

The utility model relates to a hand-held rocker with buffer protection, wherein, the surface of the azimuth button is covered with a layer of soft cushion material protection pad, and an elastic ring pad is arranged around the azimuth button, and the elastic ring pad is covered with a layer of soft cushion material protection pad, the bottom surface of the elastic ring pad is supported by a plurality of groups of buffer components, and the bottoms of a plurality of groups of integrally formed shaft columns are all connected with an elastic gasket, and the elastic ring pad is limited above the groove; the bottom contact parts of the plurality of groups of functional buttons are provided with buffer assemblies, the periphery of the plurality of groups of functional buttons is provided with an elastic ring pad, the surface of the elastic ring pad is coated with a protective pad made of soft pad materials, the bottom surface of the elastic ring pad is supported by the plurality of groups of buffer assemblies, the bottoms of the shaft columns which are integrally formed on the bottom surface of the elastic ring pad are all connected with an elastic gasket, and the elastic ring pad is limited above the groove; the hard glue at the holding part of the holding body base is provided with a hollowed hole, and the outside of the hollowed hole is coated with a soft capsule which is convex according to the size of the holding rod.

Description

Handy joystick with buffer protection

technical field

The utility model relates to a hand-held rocker used for a control system, in particular to a hand-held rocker with buffer protection.

Background technique

As far as the current hand-held joystick is concerned, the buttons installed on the grip body are all trigger buttons made of plastic materials. However, when the trigger is used for a long time, the button is directly pressed to trigger, and the pressure is not released. The surrounding materials in contact with the bottom are all hard plastic parts, so when you press it in an all-round way up, down, left, and right, you will feel a resistance and reaction force, which will make the operator feel uncomfortable and feel the pain and fatigue of pressing. , or long blisters, long calluses, etc., which may even cause problems such as finger deformation; in addition, in terms of the grip body base of the handheld rocker, the grip contact surface is made of ABS or hard plastic injection , so it is too hard for the operator to hold in his hand and feel uncomfortable to hold.

Contents of the invention

The purpose of this utility model is to provide a hand-held joystick with buffer protection. By setting a buffer protection structure on the side of the holding body surface with the azimuth button and multiple groups of function buttons, the operator has a larger trigger area and a smaller The comfort of pressing is good, and when the trigger is pressed for a long time, it can make proper decompression and cushioning contact with the cushioning components around the button, so as to achieve the pressing and holding force of pressing, reduce the fatigue of manipulation, and prevent blisters and calluses And cause finger deformation and other protection benefits.

The above purpose of the utility model is achieved in this way, a hand-held rocker with buffer protection, a buffer protection structure is set on the azimuth button and multiple groups of function buttons set on the surface of the grip body, and it is characterized in that:

The surface of the azimuth button is covered with a layer of cushion material protection pad, and an elastic ring pad is arranged around it, and the elastic ring pad is covered with a layer of cushion material protection pad. Supporting, and the bottoms of multiple sets of integrally formed shaft columns are connected with an elastic pad, and the elastic ring pad is limited above the groove;

The multiple sets of function buttons are provided with a cushioning component at the bottom contact pressure, and the multiple sets of function buttons are provided with an elastic ring pad around the surface, and the surface of the elastic ring pad is covered with a protective pad made of soft cushion material, and the bottom surface of the elastic ring pad is protected by multiple sets The buffer component is supported, and the bottom of the shaft column formed by the multi-group integral molding of the bottom surface is connected with an elastic gasket, and the elastic ring gasket is limited above the groove;

The hard glue of the holding part of the holding body base is provided with a hollow hole, and a soft capsule with a raised size according to the required size of the hand grip bar is coated on the outside of the hollow hole;

In this way, when the operator operates with his hand, the soft capsule design of the base can be used to completely fit the fingers and reduce the force required for grasping during operation, so that when the orientation button or function button is pressed down, the control When the user's hand is pressed to the bottom, it will interfere with the cushion material elastic ring pad set around the azimuth button or function button, so as to have the effect of expanding the trigger area, and at the same time, the pressure relief effect of multiple sets of springs on the bottom surface of the elastic ring pad can be used. , and the cushioning effect of the elastic decompression formed by the shaft column and the gasket, which constitutes the protective characteristics of multi-layer cushioning and decompression, which can reduce the fatigue of manipulation and prevent blisters, calluses and finger deformation, etc. Conservation benefits.

The utility model will be described in detail below with specific examples in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is the appearance schematic diagram of the utility model;

Fig. 2 is the schematic diagram that the utility model A-A sectional line is seen;

Fig. 3 is the schematic diagram that the utility model B-B profile line is seen;

Fig. 4 is a schematic diagram of another buffer assembly of the function button of the utility model viewed in section;

Fig. 5 is the schematic diagram that the utility model C-C profile line is seen;

Fig. 6 is a schematic side view of the base of the holding body of the utility model;

Fig. 7 is a schematic bottom view of the base of the holding body of the present invention.

Explanation of reference signs: 1-grip body; 11-base; 111-hollow hole; 112-soft capsule; 2-position button; 21-protection pad; 22-elastic ring pad; 23-protection pad; 24-cushion Components; 25-column; 26-gasket; 27-groove; 3-function button; 31-touch sleeve; 311-set hole; 32-elastic column; 33-elastic ring pad; 34-protective pad ; 35-buffer assembly; 36-axle column; 37-pad; 38-groove; 39-spring.

Detailed ways

Please refer to FIG. 1 for the hand-held joystick with cushioning protection of the present invention, which mainly uses the azimuth button 2 and multiple groups of function buttons 3 on one side of the surface of the grip body 1 as a cushioning protection structure.

As shown in Figure 2, the surface of the azimuth button 2 is covered with a protective pad 21 made of a soft cushion material, and an elastic ring pad 22 is arranged around it, and the elastic ring pad 22 is covered with a protective pad 23 made of a soft cushion material. , and the bottom surface of the elastic ring pad 22 is supported by multiple sets of cushioning components 24. The cushioning components 24 can be soft rubber, springs, etc., which can slow down the pressing components (springs in the illustration), and its bottom surface is more The bottoms of the shaft columns 25 produced by integral molding are all connected with an elastic pad 26, so that the elastic ring pad 22 can be limited to float above the groove 26, and can avoid jumping out of the grip body 1.

Therefore, when the operator presses the azimuth button 2 down to control the various azimuths, the operator's hand directly presses the protective pad 21 covered on the surface of the azimuth button 2, which has better pressing comfort, and the operator's hand presses to touch When the azimuth button 2 reaches the bottom, it will interfere with the protective pad 23 covered above the elastic ring pad 22 around the azimuth button 2 in advance, which not only has the effect of expanding the trigger area, but also can utilize the bottom surface of the elastic ring pad 22 to The cushioning effect of the set of cushioning components 24, and the cushioning effect of elastic decompression formed by multiple sets of shaft columns 25 and pads 26, so that the operator presses from top to bottom, and is sequentially received by the protection pad 21 above the azimuth button 2 above. Protection, the floating decompression effect of the elastic ring pad 22 in the middle, and the bottom decompression buffering effect formed by the buffer assembly 24, the shaft column 25 and the gasket 26, and then constitute a multi-layer buffer decompression protection, so as to achieve the pressing effect The pressure-holding force has protective benefits such as reducing the fatigue of manipulation, and preventing blisters, calluses, and deformation of fingers.

As shown in Figure 3 and Figure 4, the multi-group function buttons 3 are provided with a buffer component at the bottom contact point, and the buffer component is a contact pressure sleeve 31 made of elastic silicone material (as shown in Figure 3) The top of the pressure-touching sleeve 31 is provided with a nesting hole 311 maintaining a height h for nesting with the bottom of the function button 3, and the pressing of the function button 3 can be increased by increasing the height of the nesting hole at the top of the pressure-touching sleeve 31 or the cushioning component can be an elastic column 32 (as shown in Figure 4 ) of a hollowed out elastic silicone material in the middle, which is connected to the bottom of the function button 3 for conflicting with the bottom pressing sleeve 31, which can By setting the elastic column 32 to increase the pressure-relieving effect of the function button 3; in addition, as shown in Figure 5, the multiple groups of function buttons 3 are further provided with an elastic ring pad 33 around, and the surface of the elastic ring pad 33 is covered A protective pad 34 covered with a soft cushion material, and the bottom surface of the elastic ring pad 33 is supported by multiple groups of buffer components 35. The buffer components 35 can be soft rubber, springs, etc., which can slow down the pressing components (in the illustration It is a spring), and the bottom of the shaft column 36 made by multi-group integral molding on the bottom surface is connected with an elastic pad 37, and a spring 39 is sheathed on the outer edge, so that the elastic ring pad 33 can be limited in the concave The top of the slot 38 floats, and can avoid jumping out of the grip body 1 .

Therefore, when the operator presses the function button 3 downwards for a press trigger, the buffer component is installed at the bottom of the function button 3, which can make the operator's hand press have a better pressure-relieving effect, and achieve comfortable and safe operability. , and when the operator’s hand presses the function button 3 to the bottom, it will interfere with the protective pad 34 covered above the elastic ring pad 33 arranged around the function button 3 in advance, which not only has the function of expanding the trigger area At the same time, the buffering effect of multiple groups of cushioning components 35 on the bottom surface of the elastic ring pad 33 and the buffering effect of elastic decompression formed by multiple groups of shaft columns 36 and gaskets 37 can be used, so that the operator presses from top to bottom, sequentially Protected by the cushioning protection of the cushioning component at the bottom of the function button 3, the floating and decompression effect of the elastic ring pad 33 is used in the middle, and the bottom decompression buffering effect is formed by the cushioning component 35, the shaft column 36 and the gasket 37, and then Consists of multi-layer cushioning and decompression protection, so as to achieve the pressure holding force, reduce control fatigue, and prevent blisters, calluses, and finger deformation.

As shown in Fig. 6 and Fig. 7, the hard glue of the holding part of the base 11 of the holding body 1 of the present invention is appropriately hollowed out 111, and the outer side of the hollowed out 111 is covered with a handle that can be held according to the needs of the hand. The soft capsule 112 with protruding size achieves the function of a cushioning airbag, which can meet the shape and size of any operator's hand, so that it can completely fit the fingers during operation, and can reduce the force required for grasping during operation , and then have a hand-held joystick with the best grip comfort.

To sum up, the handheld joystick with buffer protection provided by the utility model mainly uses the azimuth button and multiple groups of function buttons on the surface of the grip body as a buffer protection structure, which not only allows the operator to have more Large trigger area and better pressing comfort, and in the case of long-term pressing and triggering, it can make proper decompression and cushioning contact with the buffer components around the button. The hard glue of the gripping part of the grip body base is used Properly hollow out the hole, and cover the outer side of the hollow hole with a soft capsule that can be raised according to the size of the handle to achieve the function of a cushioning airbag, which can meet the shape and size of any operator's hand, making the operation smooth It can be fully fitted to the fingers, and can reduce the force required for grasping during operation. This constitutes a handheld rocker, which not only has the best grip comfort, but also can achieve the pressing force of pressing and reduce the fatigue of manipulation. And prevent blisters, calluses and deformation of fingers and other protective benefits.

Claims (4)

1. A hand-held joystick with cushioning protection. The azimuth button and multiple groups of function buttons set on one side of the grip body surface form a cushioning protection structure, which is characterized in that: The surface of the azimuth button is covered with a layer of cushion material protection pad, and an elastic ring pad is arranged around it, and the elastic ring pad is covered with a layer of cushion material protection pad. Supporting, and the bottoms of multiple sets of integrally formed shaft columns are connected with an elastic pad, and the elastic ring pad is limited above the groove; The multiple sets of function buttons are provided with a cushioning component at the bottom contact pressure, and the multiple sets of function buttons are provided with an elastic ring pad around the surface, and the surface of the elastic ring pad is covered with a protective pad made of soft cushion material, and the bottom surface of the elastic ring pad is protected by multiple sets The buffer component is supported, and the bottom of the shaft column formed by the multi-group integral molding of the bottom surface is connected with an elastic gasket, and the elastic ring gasket is limited above the groove; The hard glue of the holding part of the holding body base is provided with a hollow hole, and a soft capsule with a size protruding according to the required size of the hand grip bar is coated on the outside of the hollow hole. 2. The hand-held joystick with buffer protection according to claim 1, characterized in that the buffer component provided at the bottom of the function button is a contact sleeve made of elastic silicone material, and the contact pressure The top of the sleeve is additionally provided with a sleeve hole for maintaining a certain height, which is sleeved with the bottom of the function button. 3. The hand-held joystick with cushioning protection according to claim 1, wherein the cushioning component set at the bottom of the function button is an elastic column made of elastic silicone material hollowed out in the middle, which is connected to At the bottom of the function button, it conflicts with the bottom pressing sleeve. 4. The handheld joystick with buffer protection according to claim 1, characterized in that the buffer component is a soft rubber or spring-like component that relieves compression.

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