Abstract:
The present invention is directed to an automatic hinge module for a cellular phone, which is capable of automatically opening the cellular phone in a one-touch manner. The automatic hinge module of the present invention automatically opens a cellular phone by simply pressing a button. When the button is pressed, a housing coupled to a folder portion of the cellular phone is rotated by an elastic restoring force of a compressed torsion spring, thereby opening the cellular phone.
Abstract:
The present invention is directed to an automatic hinge module for a cellular phone, which is capable of automatically opening the cellular phone in a one-touch manner. The automatic hinge module of the present invention automatically opens a cellular phone by simply pressing a button. When the button is pressed, a housing coupled to a folder portion of the cellular phone is rotated by an elastic restoring force of a compressed torsion spring, thereby opening the cellular phone.
Abstract:
The present invention is directed to a support device for electronic devices, which increases the efficiency of force acting to support the electronic device to thereby enhance an engagement force, and which minimizes an outward exposure of components thereof. The support device is rotatably mounted to an electronic device to support the same at a predetermined angle. The support device comprises: a stopper slidably mounted to one of the support device and the electronic device; a spring for applying an elastic force to the stopper; and a stopping groove provided at the other of the support device and the electronic device, the stopper being insertable into the stopping groove. The stopper is configured to surround the spring to prevent the spring from buckling during a compression of the spring. Since the stopper restricts the spring so as not to buckle the spring, a force efficiency of the spring increases.
Abstract:
The present invention generally relates to a slider mechanism for opening/closing a portable terminal, and more particularly to a slider mechanism for opening/closing a portable terminal, which is not subject to any lateral force, for easy upward-downward slide. A slider mechanism for opening and closing a portable terminal comprises: a first plate fixed to one of a main body and a display of the portable terminal; a second plate fixed to the other of the main body and the display, the second plate being slidably coupled to the first plate; a rotating member having a first end rotatably mounted on the first plate and a second end with a guide hole; and a guide formed at the second plate moving along the guide hole.
Abstract:
The present invention relates to a sliding opening and closing device for a portable terminal. The sliding opening and closing device for a portable terminal according to the present invention includes: a first plate; a second plate slidably joined to the first plate; a cam profile formed at the first plate along a sliding direction of the second plate; and an elastic module mounted on the second plate, wherein one end of the elastic module is in contact with the cam profile to slide therealong. A guide part is formed at the first plate and the cam profile is formed along an edge portion of the guide part.
Abstract:
The invention relates to a slide module for mobile terminals in prevention of horizontal deviation. More specifically, the invention relates to a slide module for mobile terminals having means integratedly installed therein to prevent horizontal deviation of the slide module, so that the slide module moves with swaying horizontally to a minimum and the thickness of the slide module is also reduced.
Abstract:
The present invention relates to a sliding opening and closing device for a portable terminal. The sliding opening and closing device for a portable terminal according to the present invention includes: a first plate; a second plate slidably joined to the first plate; a cam profile formed at the first plate along a sliding direction of the second plate; and an elastic module mounted on the second plate, wherein one end of the elastic module is in contact with the cam profile to slide therealong. A guide part is formed at the first plate and the cam profile is formed along an edge portion of the guide part.
Abstract:
The present invention is directed to a stand hinge for an electronic device, which is closely contacted to an electronic device so as to prevent arbitrary rotation while providing a better feeling of rotation and convenient operability. The stand hinge includes: a fixed member coupled to an electronic device; a supporting member hinge- jointed to the fixed member for supporting the electronic device relative to a surface; a stopper provided at one of the fixed member and the supporting member; a slider mounted to the other of the fixed member and the supporting member to be contacted to the stopper; and an elastic member for closely contacting the slider to the stopper to allow the supporting member to semi-automatically rotate relative to the fixed member.
Abstract:
The present invention relates to an opening and closing mechanism for electronic equipments, more specifically the electronic equipments are capable of sliding opening and closing in both directions. The opening and closing mechanism for the electronic equipments comprises a first slider, a second slider coupled with the first slider slidably, and an elastic module mounted between the first slider and the second slider and adding elastic force by mounting one end on the first slider and another end on the second slider, wherein each side of the elastic module is mounted on the first slider and the second slider to rotate respectively.
Abstract:
Disclosed is a slider mechanism for slidably opening and closing a portable communication terminal. The slider mechanism includes a first plate and a second plate slidably combined with the first plate. The second plate has a cam profile formed along siding direction. A resilience unit is mounted on the first plate to exert resilient force perpendicularly to moving direction of the second plate. A roller is rotatably attached to an end of the resilience unit. The roller runs along the cam profile while the portable terminal opens or closes. Formed at a desired position of the cam profile is a depression on which the roller rests to hold the terminal in place at closed or opened state, or at any other desired position.