TW464891B - Flexibility rubber installation system and method for the computer keyboard - Google Patents

Abstract

Provided is a flexibility rubber installation system and method for the computer keyboard including an assembly housing, a board platform, a shaking device and a rotating device. The assembly housing has an operation space and the board platform has multiple boards located at the top of the operation space of the assembly housing. Each board corresponds to a keyboard to be installed. The surface of the keyboard has multiple concaves corresponding to press keys of the keyboard. The shaking and rotating devices connect to the board platform and locate at both sides of the board platform for shaking and rotating the board platform to make the flexibility rubber fall into the concave of the board. By doing this way, it can change the installation method requiring full labor power to semi-automation, increase the assembly performance and decrease the labor power costs.

Description

46 48 9 1 V. Description of the invention (1) The present invention relates to an elastic rubber installation system and method for a computer keyboard, and more particularly to an elastic rubber installation system and method for a notebook computer keyboard. Please refer to the first figure. The keys of a conventional notebook computer keyboard are composed of a keycap 11a, elastic rubber 12a, scissors brackets 13a and 14a, a circuit board 15a and a base 16a, and the scissors bracket 1 The upper ends of 3 a and 1 4a are connected to the bottom surface of the keycap 1 1 a, and the lower ends of the scissor brackets 1 3 a and 1 4a are snapped to the base 16a, and the elastic rubber 12 a is provided at

Between the keycap 1 1 a and the base 16 a, the circuit board 1 5 a is laid on the surface of the base 16 a. When the key cap 1 1 a and the elastic rubber 1 2 a are pressed, the circuit board 15a makes contact. Therefore, in the process of assembling the keyboard, how to correctly and quickly set the elastic rubber 12 a at a predetermined position on the circuit board 15 a becomes an important issue.

In the conventional method, a template 17a (as shown in the second figure) is provided with a plurality of recessed holes 18a, and the plurality of recessed holes 18a respectively correspond to the keys of a notebook computer. When the operator places a large amount of elastic rubber 1 2 a on the surface of the template 1 7 a and shakes the template 1 7 a with both hands back and forth, the elastic rubber 1 2 a will fall into the recess of the template 1 7 a due to the jump. Holes 1 8 a. This method is common in the installation process of traditional desktop computer keyboards, but because the volume of notebook computers is becoming thinner and thinner, this method cannot completely fill all the recesses 18 a, and the remaining recesses 18 a must still be filled by hand. There are several disadvantages to the traditional approach: First, in this method,

Page 4 of 46489 ί 5 'Explanation of the invention (2)-The worker can only shake one template at a time', so the assembly efficiency is very low. Moreover, in this method, the assembly process depends entirely on manpower, and its cost is also considerable. It can be difficult to improve economic efficiency. The main object of the present invention is to provide an elastic rubber installation system for a computer keyboard and an installation method thereof, which can semi-automatically install an all-manpower installation method, and can increase assembly efficiency, reduce labor costs, and effectively improve economic benefits. 'In order to achieve the above purpose, the present invention provides an elastic rubber mounting system for a computer keyboard and an installation method thereof, and a semi-automated assembly system for elastic rubber of an electric disk of the present invention, which includes an assembly case, a flat plate, and Γ') The shaking device and the rotating device, the assembly shell has an operation space, and the mold S is flat.

The table has a plurality of templates, and is arranged on the operating space of the outfitting shell. Each template corresponds to a keyboard to be installed. Its surface has recesses corresponding to the keyboard push buttons, respectively. The platform is arranged on both sides of the template platform, and is used for external force on the template platform 2 2 and rotation. Privately shaking In order for your review committee to further understand the technical content of the present invention, please refer to the following detailed description of the present invention

The drawings are provided for reference and explanation only, and are not intended to be limiting. Order 4 commends the example The elastic rubber mounting system shown in the third and fourth figures, especially

Page 5 V. Description of the invention (3) The rubber assembly system includes an assembly casing 1, a template platform 2, a shaking device 3, and a rotating device 4 ', wherein the assembly casing 1 is a rectangular and stable The housing can be placed on the ground or a table, and has an operating space 1 1 inside. The template platform 2 has a plurality of templates 21, and the present embodiment discloses four templates 2 1. The templates 21 are arranged above the operation space 1 1 of the assembly casing 1, and the size of the template 2 1 is equal to a computer. The size of the keyboard, a plurality of recessed holes 2 2 ′ are formed on its surface, corresponding to the positions of the keys of a computer keyboard. Two left and right adjacent templates 2 1 are placed together on a base 2 3, and each template 2 1 series corresponds to a keyboard to be installed. The shaking device 3 is arranged on one side of the assembly housing 1 (as shown in the fifth figure), and is composed of a power source 3 1, a transmission cymbal 3 2, an eccentric wheel 3 3, a guide base 3 4 and 2 The power source 3 1_ is a motor. The power source 3 1 is appropriately fixed to the side of the button housing 1. The power output shaft of the power source 3 1 is a coupling 3 6. The transmission shaft 3 2 is connected. The transmission shaft 3 2 is vertically arranged. The eccentric wheel 3 3 is fixed on the upper end of the transmission shaft 3 2. The guide seat 3 4 is provided with a guide groove 3 7 and the eccentric 33 is matched. In the guide groove 37 of the guide base 34, a link plate 38 is connected to a side of the guide base 34 adjacent to the assembly housing 1. The connecting piece 35 is an L-shaped plate. The two connecting pieces 35 are fixed to At the two ends of the linking plate 3 8 'the two connecting pieces 3 5 —the ends extend into the assembly housing 1 through the preset arc-shaped slot 12 on one side of the assembly housing 1, and the other ends of the two connecting pieces 3 5 It is integrally connected with the base 2 3-side of the formwork platform 2 so that the shaking device 3 can be connected to the formwork platform 2 and set on the formwork platform 2-side.

Page 6 464891 V. Description of the invention (4)-When the power source 3 1 is driven, 'the eccentric wheel 3 can be driven through the transmission shaft 3 2' and the eccentric wheel 3 3 drives the guide seat 3 4 and the connecting member 3 5 make left and right displacement movements to apply external force of left and right shaking to the template platform 2 (as shown in the seventh picture). The rotating device 4 is arranged in the assembly), which is composed of a power source 4 1 4 3, a link mechanism 44 and two 4 1 series as one knows: the power source 4 side, the transmission seat 4 2 series is connected to the The guide seat 4 2 is internally provided with a guide groove 4 6 which is engaged with the guide seat 4 2 and a transmission roller 4 3, and the link mechanism 4 'is composed of a crank 4 7 and a connecting rod connected to the second crank 4 7 At the upper end, the moving shaft 4 5 'the two transmission shafts 4 5 and the transmission shaft 4 5 are freely rotatable square plate platform 2 pedestal 2 3 series fixed device 4 is connected to the template platform 2 when the power source 4 1 is driven, it can be 4 3 drives the connecting rod 4 8 to make front, back, and back swing motions, so that the direction of rotation can be used to interactively rotate the template (Figure 8). In this way, the elastic rubber installation system described above is used. The other side of the housing 1 (as shown in the sixth figure, a guide seat 4 2 and a transmission roller drive shaft 4 5 are composed of the power source 1 is appropriately fixed to the assembly housing 1 and the power source 41 PTO shaft, slot 4 6, the transmission roller 4 3 series |: inside, the link mechanism 4 4 series is connected to the 4 series is composed of a parallel crank four link mechanism 4 8, the link 4 8 2 The lower end of the second crank 4 7 is connected to the second transmission system and penetrates the two sides of the assembly housing 1, so that the second pivot is set on the assembly housing 1, and the mold is fixed on the two transmission shafts 4 5 so that the rotation is set on the template Platform 2-side, when the transmission roller is moved through the guide seat 4 2, the crank 4 7 is used as the transmission shaft 4 5 as the clockwise and counterclockwise platform 2 to exert external rotational force (such as the first composition to form the invention Computer keyboard

V. Description of the invention (5) Use this template 2 1 Please refer to (1) First, the top of the template 2 1 (2) Then the glue is introduced into the template 2 The shaking device 3 will recess the hole 2 of the plate 2 1 at an angle The device of the present invention is connected to the external force of the mold, which can reduce the efficiency and reduce the installation method described above. It is an unreachable progress. Please complete the application, but please refer to the content of the present invention which is limited by the above Inside, together with Chen Mingming's elastic rubber, complete the elastic figure 9), the user must do it; start the recessed hole 2 of the shaking 1 first execute a period of 2 2 and then turn to remove the elastic rubber mounting plate platform and use full manpower The labor cost of this invention can be automated, and the new invention can be obtained in full compliance with the invention. The description is only for the scope of this patent, and the effect of structural changes is to install the system. Go of the rubber. The re-operation steps for repolarization are as follows (require sufficient equipment 3 and 2; pass time, spare equipment 4 redundant loading method, to effectively improve the template installation method to increase the whole person to increase the group's patented For the application patent, it is better to give all the reasons for the same reason & elastic rubber is placed on the four rotating devices 4, often, most of the installed elastic rubber will be activated and the rubber will be glued. It is installed by shaking The platform is semi-automatic with shaking, which can increase economic benefits. Powerful computer keyboard installation efficiency reduces industrial availability requirements, and converts to the feasible embodiments for the inventor. The description of the present invention is included in the elastic rubber process of the present invention. In the rubber mold mold platform placement and rotation and rotation to increase the group's elastic rubber labor costs, novel rights and interests proposed by the law. Not the scope of the book and drawings

464891 Brief description of the diagram Brief description of the diagram: The first diagram is a side view of the keys of a conventional notebook computer keyboard. The second diagram is a schematic diagram of the elastic rubber installation method of the conventional computer keyboard keys. The third diagram is a perspective view of the elastic rubber installation system of the computer keyboard of the present invention. The fourth figure is a perspective view of the elastic rubber installation system of the computer keyboard of the present invention from another angle. The fifth figure is an enlarged view of the shaking device of the present invention.

The sixth figure is an enlarged view of the rotating device of the present invention. The seventh diagram is a schematic diagram of the starting state of the shaking device of the present invention. The eighth figure is a schematic diagram of the starting state of the rotating device of the present invention. The ninth figure is a flowchart of the operation steps of the elastic rubber installation method of the computer keyboard of the present invention. Explanation of symbols: 〔Knowledge〕 1 2 a Elastic rubber 1 4 a Stand 1 6 a Base 1 8 a Recessed hole 12 Slotted hole

1 1 a key cap 1 3 a bracket 1 5 a circuit board 1 7 a template [invention] 1 assembly housing 11 operating space 2 template platform

46489] Brief description of the drawing 2 1 2 3 template base 2 2 recess L 3 shaker 3 1 power source 3 2 3 4 drive shaft 3 3 3 5 eccentric guide connector 3 6 coupling 3 7 guide groove 3 8 .Interlocking plate 4 Rotating device 4 1 Power source 4 2 Guide base 4 3 Drive roller 4 4 Link mechanism; 4 5 Drive shaft 4 6 4 8 Guide groove 4 7 Crank link

Claims (1)

4648 9 1 VI. Patent application scope 1 kind of computer keyboard with elastic rubber and a set of Pei shell; a template platform, which has a plurality of molded shells above the operating space, the surface of the template is shaped: a shaking device It is arranged on the assembly shell and can be used to apply a shaking external force to the formwork platform and a rotating device. It is arranged on the assembly shell and can be used to apply an external force to the formwork platform. 2. The glue installation system and system described in item i of the scope of patent application, wherein the size of the template is approximately equal to the computer 3. The glue installation system described in item i of scope of patent application, where the left and right two templates are adjacent In the above, the shaking device is connected to the base of the template platform. The electric glue installation system described in item 1 of the scope of the patent application, wherein the shaking device is composed of a power source, a guide base and a connecting member, and the power source is fixed. A coupling is used to connect the drive shaft to the power source. The eccentric wheel end is provided with a guide groove in the guide seat. The eccentric wheel guide groove is provided with a link plate on one side of the guide seat. The connecting piece extends into the assembly housing, and the plate platform is connected integrally, so that the shaking device is connected to the template 5. The electro-adhesive installation system described in item i of the patent application scope, wherein the shaking device is provided in the assembly device is provided in the assembly case Body on the other side. The platform system includes: a special template is set in a plurality of recessed holes; and is connected to the template flat and the elastic keyboard size of the brain keyboard connected to the template flat keyboard. The elastic rubbers are placed on one side of a base. The brain keyboard transmission shaft assembly shell is fixed on the elastic rubber and eccentric wheel body matching the connection and the connection. The transmission shaft and a guide piece are fixed on the piece and the mold platform. Brain keyboard elastic rubber shell side, turn Page 11 Scope of patent application Shengan, the elastic acorn of the computer keyboard as described in item 1 of the scope of patent application, and the system 'where the rotation device is composed of a power source, a guide base, a transmission roller, the flail mechanism and a transmission shaft' The transmission seat is fixed to the assembly housing and is connected to the power source. The guide seat is provided with a guide groove. The moving = roller is fitted in the guide groove of the guide seat. The flail mechanism is connected to the ^ and zi 'joints. The lever mechanism is composed of two cranks and a connecting rod. The crank-end is connected to the transmission shaft and the transmission shaft is pivoted on the assembly housing. The template platform is fixed on the transmission shaft so that the rotating device is connected to the template platform. σ Such as 7, a method for installing elastic rubber of a computer keyboard, the operation steps of which (1) place a sufficient amount of elastic rubber above a template formed with a plurality of recessed holes on the surface; and (2) start the shaking device for a period of time After the majority of the elastic rubber is introduced into the recess of the template, the turning device is started, and the template platform is tilted at an angle to remove excess elastic rubber. Q Page 12