Abstract: An image sensor stabilizer includes a lower frame, an upper frame on the lower frame and supporting an image sensor, a first actuator and a second actuator between the lower frame and the upper frame and is configured to drive the upper frame to move in a first direction relative to the lower frame, a third actuator between the lower frame and the upper frame and configured to drive the upper frame to move in a second direction relative to the lower frame, and a guide ball between the lower frame and the upper frame. The first actuator and the second actuator are spaced apart from each other in the second direction. The image sensor stabilizer can be used in a camera module.

Abstract: An image sensor module according to some example embodiments includes a reinforcement plate; a substrate on the reinforcement plate and defining a cavity; an image sensor chip in the cavity and configured to convert externally collected light to an electrical signal; an adhesive member along an upper edge of the image sensor chip; an optic filter on the adhesive member and defining an open region extending into a center of the optic filter, the optic filter covering an upper surface of the image sensor chip; and a bonding wire of which a first end is connected with the image sensor chip through the adhesive member and a second end is connected with the substrate.

Abstract: A camera module and an electronic device include the camera module having a first lens group including at least one lens, a reflection member configured such that light incident from the first lens group in a first direction is reflected by the reflection member in a second direction crossing the first direction, a second lens group arranged in the second direction and including at least three lenses, and an image sensor configured to receive an optical signal passing through the second lens group and generate an electrical signal related to an image based on the optical signal, wherein the camera module satisfies 1.2<|f1/f|<3, where f1 refers to a focal length of the first lens group, and f refers to a total focal length of an optical system including the first lens group and the second lens group.

Abstract: An image sensor module having an image sensor chip configured to convert light collected from an outside into an electric signal, a substrate on which the image sensor chip is installed, a bonding wire electrically connecting the image sensor chip and the substrate, an encapsulant for encapsulating the bonding wire by surrounding the side part of the image sensor chip, and a housing having a lower part spaced apart from the encapsulant and bonded on the substrate, and an upper part having an opening through which an external light is incident to the image sensor chip and supported by the encapsulant.

Abstract: An image sensor stabilizer includes a lower frame, an upper frame on the lower frame and supporting an image sensor, a first actuator and a second actuator between the lower frame and the upper frame and is configured to drive the upper frame to move in a first direction relative to the lower frame, a third actuator between the lower frame and the upper frame and configured to drive the upper frame to move in a second direction relative to the lower frame, and a guide ball between the lower frame and the upper frame. The first actuator and the second actuator are spaced apart from each other in the second direction. The image sensor stabilizer can be used in a camera module.

Abstract: Provided is an electric clamping device including a main body; a drive motor for providing a driving force; a driving force transfer portion for converting and transferring a magnitude of a driving force of the drive motor; a sliding crank having one side connected to the driving force transfer portion and for converting a rotational motion of the driving force transfer portion to a reciprocating motion; a toggle link having one side connected to the other side of the sliding crank and including an elastically deformable link; and a clamp having one side connected to the toggle link and having the other side for clamping or unclamping an object. Various other embodiments are available.

Abstract: Provided is an electric clamping device including a main body; a drive motor for providing a driving force; a driving force transfer portion for converting and transferring a magnitude of a driving force of the drive motor; a sliding crank having one side connected to the driving force transfer portion and for converting a rotational motion of the driving force transfer portion to a reciprocating motion; a toggle link having one side connected to the other side of the sliding crank and including an elastically deformable link; and a clamp having one side connected to the toggle link and having the other side for clamping or unclamping an object. Various other embodiments are available.

Abstract: An electrical clamping apparatus is provided that can reduce an entire size using a motor as a driving source and largely improve a grip torque by applying a sliding crank portion and a changed toggle link portion with a driving force transfer mechanism.

Abstract: An electrical clamping apparatus is provided that can reduce an entire size using a motor as a driving source and largely improve a grip torque by applying a sliding crank portion and a changed toggle link portion with a driving force transfer mechanism.