Cheng Uei Precision Industry Co., Ltd.

Tsung-Shih Lee

Chi-Ming Tseng

Yu-Hsiang Ting

Wei-Hao Huang

Shih-Chuan Li

Shu-Chen Lin

A mouse includes a lower shell, an upper shell covered on the lower shell, a first elastic element, a second elastic element and a circuit board. The upper shell has a first button and a second button. A bottom surface of the first button extends downward to form a first pressing portion. A bottom surface of the second button extends downward to form a second pressing portion and a third pressing portion. One end of the first elastic element abuts against the first pressing portion to generate a first downward force. One end of the second elastic element abuts against the second pressing portion to form a second downward force. The other end of the second elastic element abuts against the third pressing portion to generate a resilience force. The first downward force is equal to a sum of the second downward force and the resilience force.

Mouse

A button assembly includes a pedestal, a pressure sensor module and a key cap. The pedestal has an accommodating groove penetrating upward through a top surface of the pedestal. Two opposite sides of the pedestal protrude oppositely outward to form a lower active portion and a lower pivot portion. The pressure sensor module is mounted in the accommodating groove. The key cap is covered on the pressure sensor module. A bottom surface of the key cap has a contact portion contacting with the pressure sensor module. Two opposite sides of the key cap protrude oppositely outward to form an upper active portion and an upper pivot portion. The upper pivot portion rotate pivoting the lower pivot portion, the upper active portion moves downward and upward with respect to the lower active portion.

Button assembly and controller including the same

A button assembly adapted for being mounted in a controller includes a pedestal, a pressure sensor module and a key cap. A middle of the pedestal has an accommodating groove penetrating upward through a top surface of the middle of the pedestal. Two opposite sides of the pedestal have two limiting portions oppositely protruded outward. The pressure sensor module is mounted in the accommodating groove of the pedestal. The key cap is covered on the pressure sensor module. A bottom surface of the key cap has a contact portion contacting with the pressure sensor module. Two opposite sides of the key cap have an active portion and a fixing portion protruded outward. The active portion and the fixing portion are mounted to the two limiting portions, respectively. In processes of pressing and releasing the key cap, the active portion move downward and upward with respect to the one limiting portion.

A button assembly is disposed in a rocker. The button assembly including a base, a pressure sensor and a keycap. The base has two lower pivoting portions with each of the two lower pivoting portions protruding outwardly from respective sides of the base. The pressure sensor is mounted on the base. The keycap overlies the pressure sensor. The keycap has two upper pivoting portions with each of the two upper pivoting portions protruding outwardly from respective sides of the keycap. The two lower pivoting portions are pivoted with the two upper pivoting portions to allow the two upper pivoting portions to be rotatable relative to the two lower pivoting portions. As described above, a push-button structure is thus formed by the two lower pivoting portions and the two upper pivoting portions configured among the base, the pressure sensor and the keycap to achieve the modularization of the button assembly.

Button assembly

A button assembly is disposed in a rocker. The button assembly including a base, a pressure sensor and a keycap. The base has two lower positioning portions with each of the two lower positioning portions protruding outwardly from respective sides of the base. The pressure sensor is mounted on the base. The keycap overlies the pressure sensor. The keycap has two upper positioning portions with each of the two upper positioning portions protruding outwardly from respective sides of the keycap. The two upper positioning portions are individually fixed on each of the two lower positioning portions. As described above, a push-button structure is thus formed by the two lower positioning portions and the two upper positioning portions configured among the base, the pressure sensor and the keycap to achieve the modularization of the button assembly of the present invention.

A button assembly adapted for being mounted in a game controller. The button assembly includes a pedestal, a pressure sensor module and a key cap. A middle of the pedestal has an accommodating groove penetrating upward through a top surface of the middle of the pedestal. Two opposite sides of the pedestal have two limiting portions oppositely protruded outward. The pressure sensor module is mounted in the accommodating groove of the pedestal. The key cap is covered on the pressure sensor module. A bottom surface of the key cap has a contact portion contacting with the pressure sensor module. Two opposite sides of the key cap have two active portions protruded outward. The two active portions are mounted to the two limiting portions, respectively. In processes of pressing and releasing the key cap, the two active portions move downward and upward with respect to the two limiting portions.

Button assembly and game controller including the same

A mouse housing structure includes a housing having a main body of a front wall, and a tongue portion defining a position wall, at least a track device disposed at the tongue portion and defining first and second position ends at two opposite ends thereof, and a sliding device including a sliding body and at least a rotatable shaft having first and second engaging portions. The first engaging portion is movably and rotatably disposed in the track device, and the second engaging portion is spaced away from the track device for pivotally engaging with a coupling slot of the sliding body. When the sliding body moves forwards to where the first engaging portion slides against the first position end, the sliding body rotates towards the position wall, and is restrained by the position wall so as to expand the mouse housing structure for use.

Mouse housing structure

A mouse structure includes a housing and first and second sliding apparatuses. The housing has an accommodating portion and an opening The first sliding apparatus includes a base board and a sliding element, the base board being fixedly disposed in the accommodating portion, and the sliding element being slidably mounted on the base board. The second sliding apparatus is slidably disposed in the accommodating portion and includes a main body and a reacting portion connecting the main body, the main body being capable of sliding in and out of the accommodating portion from the opening. When the main body slides out of the opening, the sliding element is concurrently and separately pulled by the reacting portion to the first position, and when the main body slides into the accommodating portion, the sliding element is concurrently and separately pushed by the reacting portion to the second position.

Retractable mouse structure

A mouse structure includes a housing defining an opening and accommodating space therein, a pair of track devices fixed onto the housing in the accommodating space, a sliding device slidably coupled with the pair of track devices. Each track device has a sliding channel, a first position portion, and at least a second position portion. A limiting side is formed at an end of the sliding channel. The sliding device includes a base portion and an operating portion, the operating portion having a first rod and at least a second rod. When the sliding device slides along the sliding channels for use, the first rods are firstly retained by the limiting sides, and then moved upwards to allow the first and second rods to be located at the first and second position portions respectively, where the base portion is in alignment with an upper wall of the housing.

Mouse structure

A switch apparatus adapted to be assembled with a casing of an electronic product, the switch apparatus includes a control device having a base portion, a position portion, at least a pressing portion, and a linking portion having one end connected to the casing. A resilient element is installed in the control device, and has a fixing portion fixed into the position portion, and at least a deforming portion and a contact portion. At least a triggering device is electrically connected with the printed circuit board. When the control device is being pressed with a first force, the triggering device is being pushed downwards by the contact portion, while the control device is being pressed with a second force larger than the first force, the at least a deforming portion deforms, and the contact portion continuing pressing against the triggering device.

Switch apparatus

A mouse structure includes a housing and a sliding apparatus slidably engaged with the housing. The sliding apparatus includes a reacting portion having a cover and a bottom board, wherein the cover is provided with a first magnet group and at least two engaging portions, and the bottom board is provided with a second magnet group and at least two position portions. The first and second magnet groups are in polar opposition to and spaced from each other. When the sliding apparatus is in a closed state, the cover is propped against an upper wall of the housing by a repelling magnetic force, while the reacting portion moves out of the housing, the cover is being automatically pushed outwards by the repelling magnetic force and is retained by the engaging portions engaged with the position portions so as to position the cover in place.

A mouse structure including a housing having a base portion, and a tongue portion having a guiding slot and at least a sliding channel; a first sliding device; a second sliding device including a base board, a sliding element, and a resilient apparatus having a pivoting end rotatably connected to the base board, a connecting bar connected to the sliding element, and a resilient portion; a linking element having a first linking portion fastened with the first sliding device, and a second linking portion fixedly attached to the sliding element, wherein when the first sliding device is being pulled or pushed, the linking element moves in conjunction with the first sliding device and drives the sliding element sliding on the base board, whereby the resilient apparatus rotates in conjunction with the sliding element to enable the sliding element to move between first and second positions.

Mouse structure with retracting function

A mouse includes a bottom casing, a PCB with a controller fixed thereon and a roller unit assembled to the bottom casing, and a top casing coupled with the bottom casing. The bottom casing has a retainer plate and a backing plate in rear of the retainer plate. The retainer plate and the backing plate respectively define a location hole and a receiving recess thereon. The PCB defines an opening in front of the controller and a slit positioned between the controller and the opening. The backing plate passes through the slit while the retainer plate locates in front of the opening. The roller unit includes a roller bearing which has a location post extended forward from a front thereof to be inserted into the location hole, and a contact post extended rearward from a rear thereof to be received in the receiving recess so as to movably activate the controller.

A wireless dongle includes a shell having a base board of which an appropriate portion is made of elastic materials to be acted as a switch section, a printed circuit board mounted in the shell and spaced from the base board of the shell, and an elastic member made of elastic materials. The printed circuit board defines a contact area facing toward the switch section of the shell. The elastic member is mounted between the switch section of the shell and the contact area of the printed circuit board, and further spaced from the contact area. The elastic member can be elastically pressed to contact the contact area of the printed circuit board by means of pressing the switch section of the shell against the elastic member so as to trigger an electrical signal.

Wireless dongle

A wireless input apparatus includes a shell having a recess at a top surface thereof. The recess has an opening at a rear wall thereof. A bottom of the recess is formed with two abreast sliding slots which extend perpendicular to the rear wall. A stopper is disposed across each sliding slot and spaced from a rear side of the sliding slot to form a stopping recess. Each of two opposite lateral walls of the recess has a guiding trough. A rear side of the guiding trough has a buckling notch at a lower portion thereof. A wireless transmitter has a main body and an insertion portion protruded from a rear end of the main body. The main body has two lumps at a bottom thereof corresponding to the stopping recesses, and a pair of sliding pieces protruded outwards from two opposite sides thereof corresponding to the buckling notches.

Growing community of inventors

Taipei, Taiwan

Tsung-Shih Lee