Abstract: A test fixture automatically placing an electronic device for testing includes a carrying module for holding the electronic device, a cover board module for supporting the carrying module, and a test module. The cover board module has an inductor for sensing the placement on the carrying module of the electronic device. The test module includes a driving member, a test plug connected to the driving member, a detector electronically connected to test plug, and an adapter movably positioned on the carrying module. The adapter includes a patch plug and a socket. When the inductor signals that the electronic device is on the carrying module, the test plug is driven into the socket of the adapter, and the patch plug of the adapter is further driven into the electronic device, to begin the testing procedure. A testing device having the test fixture is also provided.

Abstract: A test fixture automatically placing an electronic device for testing includes a carrying module for holding the electronic device, a cover board module for supporting the carrying module, and a test module. The cover board module has an inductor for sensing the placement on the carrying module of the electronic device. The test module includes a driving member, a test plug connected to the driving member, a detector electronically connected to test plug, and an adapter movably positioned on the carrying module. The adapter includes a patch plug and a socket. When the inductor signals that the electronic device is on the carrying module, the test plug is driven into the socket of the adapter, and the patch plug of the adapter is further driven into the electronic device, to begin the testing procedure. A testing device having the test fixture is also provided.

Abstract: A scanning device configured to scan an electronic device includes a first driving device and a scanner mounted on the first driving device to scan the electronic device. A platform supports the electronic device, and the first driving device drives the scanner to move toward the electronic device placed on the platform and to scan the electronic device. The scanning device can control the first driving device to drive the scanner mounted on the first driving device to move a first preset distance along a first direction from an initial position, and control the scanner to scan the electronic device supported on the platform.

Abstract: A scanning device configured to scan an electronic device includes a first driving device and a scanner mounted on the first driving device to scan the electronic device. A platform supports the electronic device, and the first driving device drives the scanner to move toward the electronic device placed on the platform and to scan the electronic device. The scanning device can control the first driving device to drive the scanner mounted on the first driving device to move a first preset distance along a first direction from an initial position, and control the scanner to scan the electronic device supported on the platform.

Abstract: A method of manufacturing foam safety cones utilizes a foam mold to form a plate having several concave holes on the upper surface thereof. The plate thus formed is then taken out of the mold and cut horizontally into an upper plate and a lower plate. The cutting surface goes through the upper edge of the bottoms of the concave holes, so that the upper plate has a mesh shape. The upper plate is further cut into an expanding surface, which is then folded to form a pillar object. Finally, a base is connected to the bottom of the pillar object to render a foam safety cone.

Abstract: A foot warmer includes at least one conductive plate, at least one electric heater, a base and a power module. The electric heater is thermally connected to the conductive plate. The base includes an accommodating space and an inserting space. The accommodating space is for disposing the electric heater and the conductive plate therein. The power module is detachably connected to the inserting space of the base. The foot warmer can operate without restricts caused by the length of power line or the location of power.

Abstract: A method of manufacturing foam safety cones utilizes a foam mold to form a plate having several concave holes on the upper surface thereof. The plate thus formed is then taken out of the mold and cut horizontally into an upper plate and a lower plate. The cutting surface goes through the upper edge of the bottoms of the concave holes, so that the upper plate has a mesh shape. The upper plate is further cut into an expanding surface, which is then folded to form a pillar object. Finally, a base is connected to the bottom of the pillar object to render a foam safety cone.

Abstract: A mat with puzzle function is a four-sided pad. Each side has a toothed border with a succession of teeth. At least two cutting lines divide the mat into four blocks, in such a way that each block has an assembling edge with the complementary shape to connect with other blocks. The block of each mat can engage with another block of the same mat to form a puzzle mat set.

Abstract: A mat with puzzle function is a four-sided pad. Each side has a tooth part with a succession of teeth. At least two cutting lines divide the mat into four blocks, in such a way that each block has an assembling part with the complementary shape to connect with others. The block of each mat can engage with another block of the mat to form a puzzle mat set.

Abstract: A mat with puzzle function is a four-sided pad. Each side has a tooth part with a succession of teeth. At least two cutting lines divide the mat into four blocks, in such a way that each block has an assembling part with the complementary shape to connect with others. The block of each mat can engage with another block of the mat to form a puzzle mat set.

Abstract: A lens device includes a base, a lens unit, a dividing plate, a cover plate, a shutter unit, and an actuator unit. The base has a front section with a front surface, a rear section with a rear surface, a lens hole, and a mounting space. The lens unit is disposed in the lens hole, and includes a lens. The dividing plate is mounted on the front section and has a first light hole. The cover plate is mounted on the front section and has a second light hole. The dividing plate and the cover plate define a working space therebetween. The shutter unit includes a first shutter piece pivotally disposed in the working space. The actuator unit is mounted in the mounting space, and includes a rotation portion, and an operating portion formed on the rotation portion and extending into the working space.

Abstract: A card tray ejection mechanism for an electronic device, which includes a first elongated member rotatably mounted to the base, a second elongated member, and a driving member. The first elongated member includes a first end portion resisting against a side of the tray, a second end portion opposite to the first end portion and a pivoting rod located between the first and second end portions. The second elongated member is rotatably connected to the second end portion. The driving member drives the second elongated member to move longitudinally. When the second elongated member is driven to move longitudinally by the driving member, the first elongated member is driven to rotate around the pivoting rod by the second elongated member, and the card tray is ejected. An electronic device using the card tray ejection mechanism is also provided.

Abstract: A seal cap includes a main body, a retaining cover and a fastening ring. The main body has a slab shape and is flexible. The main body includes a press collar extending upward from the main body. The press collar has a connecting portion therein. The retaining cover covers the main body, and includes an annular inner wall, an outer covering body, a trough and a coupling portion. The outer covering body covers the annular inner wall and has at least one press opening. The trough is formed between the outer covering body and the annular inner wall, and faces downward. The trough communicates with the at least one press opening. The press collar is inserted located in the trough. The coupling portion encircles the outer covering body, and is located above the engaging portion. The fastening ring is located at an outer side of the connecting portion of the main body, so that the connecting portion is tightly connected to the annular inner wall of the retaining cover.

Abstract: A card tray ejection mechanism for an electronic device, which includes a first elongated member rotatably mounted to the base, a second elongated member, and a driving member. The first elongated member includes a first end portion resisting against a side of the tray, a second end portion opposite to the first end portion and a pivoting rod located between the first and second end portions. The second elongated member is rotatably connected to the second end portion. The driving member drives the second elongated member to move longitudinally. When the second elongated member is driven to move longitudinally by the driving member, the first elongated member is driven to rotate around the pivoting rod by the second elongated member, and the card tray is ejected. An electronic device using the card tray ejection mechanism is also provided.

Abstract: A lens device includes a base, a lens unit, a dividing plate, a cover plate, a shutter unit, and an actuator unit. The base has a front section with a front surface, a rear section with a rear surface, a lens hole, and a mounting space. The lens unit is disposed in the lens hole, and includes a lens. The dividing plate is mounted on the front section and has a first light hole. The cover plate is mounted on the front section and has a second light hole. The dividing plate and the cover plate define a working space therebetween. The shutter unit includes a first shutter piece pivotally disposed in the working space. The actuator unit is mounted in the mounting space, and includes a rotation portion, and an operating portion formed on the rotation portion and extending into the working space.

Abstract: A slipper with hollow sole, including: a sole made by plastic blowing molding as a flexible envelope, the envelope defining an internal room, a working hole being formed on an edge of the sole; a clump adhered to bottom face of the sole; and a detachable binder. The sole is formed with at least one fixing hole in which at least one end of the binder is detachably fixed. The fixing hole extends from upper face to lower face of the sole.

Abstract: A fence made of foaming agent is disclosed. A bottom of the fence has at least one inserting portion, and the inserting portion is inserted to a seat. The seat is inserted to an inserting hole for being inserted by the inserting portion.

Abstract: A medically used boot body for a user to wear on the foot. The boot body includes a boot and a soft pad body combined with the sole section of the boot. The cross-section of the pad body has a profile corresponding to that of the sole section of the boot. The pad body has a predetermined thickness. When a medical worker wears the boot and stands, the pad body is deformed to buff the force applied to the foot of human body.

Abstract: A fence made of foaming agent is disclosed. A bottom of the fence has at least one inserting portion, and the inserting portion is inserted to a seat. The seat is inserted to an inserting hole for being inserted by the inserting portion.

Abstract: Method for manufacturing knockdown board material, including steps of: using a conveying device to convey a board material and immerge the board material into a resin tank to which a fireproof agent is added, after the resin fully infiltrates into the board material, the board material being compressed by rubber rollers and then dried and solidified to form a protective film; attaching printed paper to the surface of the board material by way of adhesion or thermal transfer-printing stripes on the surface of the board material; painting a layer of surface treatment agent on the surface of the board material by way of rolling or spraying; laying EVA foam material on back face of the board material and embossing stripes on the foam material; and cutting the board material into a certain shape.