Abstract: A semiconductor package includes a first semiconductor die and a second semiconductor die disposed laterally adjacent one another. The semiconductor package includes a semiconductor bridge overlapping a first corner of the first semiconductor die and a second corner of the second semiconductor die. The semiconductor bridge electrically couples the first semiconductor to the second semiconductor die. The semiconductor package includes a third semiconductor die and a fourth semiconductor die electrically coupled to the first semiconductor die and the second semiconductor die, respectively. The semiconductor bridge is interposed between the third semiconductor die and the fourth semiconductor die.

Abstract: A light-emitting device, including a first type semiconductor layer, a patterned insulating layer, a light-emitting layer, and a second type semiconductor layer, is provided. The patterned insulating layer covers the first type semiconductor layer and has a plurality of insulating openings. The insulating openings are separated from each other. The light-emitting layer is located in the plurality of insulating openings and covers a portion of the first type semiconductor layer. The second type semiconductor layer is located on the light-emitting layer.

Abstract: An infant care apparatus includes a piezoelectric sensor and an infrared array sensor. The piezoelectric sensor senses a respiration rate and a heart rate of an infant. The infrared array sensor senses a body temperature and an occupancy state of the infant in a non-contact manner. The abovementioned infant care apparatus can assist in determining an abnormality of the respiration rate and the heart rate of the infant based on the occupancy state of the infant output by the infrared array sensor, so as to reduce a false alarm rate.

Abstract: A socket connector includes an insulating body having a base portion and a holding portion extending upward from a front of the base portion. The holding portion defines a terminal fillister spread to the base portion. A plurality of openings is opened in a front face of the holding portion and communicates with the terminal fillister. A terminal group is molded in the terminal fillister of the insulating body. The terminal group has a plurality of elastic touching arms stretching outside the insulating body, and a plurality of contact slices exposed through the openings respectively. A magnetic body is curved from a magnetic metal board and defines a window. The magnetic body is mounted around the holding portion with the window facing the openings of the insulating housing to further expose the contact slices therethrough. The terminal group further electrically contacts with the magnetic body.

Abstract: A receptacle connector includes an insulating housing with a plurality of openings apart opened in a front face thereof. A terminal group includes a ground terminal embedded in the insulating housing. The terminal group has a plurality of contact slices molded in the insulating housing and exposed through the openings respectively, and a plurality of touching arms elastically stretching outside the insulating housing. At least one connecting member is molded in the insulating housing to electrically connect with the ground terminal, and has a connecting slice exposed outside and abreast with the front face of the insulating housing. A metal shell is mounted to the front face of the insulating housing and point welded with the connecting slice. A window is opened in the metal shell and located to face the openings for further exposing the contact slices therethrough. A waterproof washer is sealed around the metal shell.

Abstract: An electrical connector includes an insulating housing having a base body of which a front surface is inclined to act as a mating face. The mating face is concaved rearward to define a plurality of terminal grooves penetrating through the base body and a plurality of receiving grooves of substantial U-shape each surrounding one of the terminal grooves. Wherein there are some terminal grooves without being surrounded by any receiving grooves and each of them is located between every two adjacent receiving grooves. A plurality of terminals is inserted forward in the terminal grooves of the insulating housing respectively. Each terminal has a contact end exposed outside through a front end of the corresponding terminal groove. A plurality of magnet units each is of substantial U-shape and is assembled in the receiving groove of the insulating housing.

Abstract: A card connector includes a first insulating housing defining a first receiving room, a second insulating housing defining a second receiving room, a first terminal group molded in the first insulating housing and having a plurality of first contact portions which project in the first receiving room, a second terminal group molded in the second insulating housing and having a plurality of second contact portions which project in the second receiving room, a drawer and a shielding shell. The first insulating housing is mounted on the second insulating housing, and the drawer is movably assembled between the first insulating housing and the second insulating housing. The drawer has two blocking slices bending downward to stretch in the second receiving room for ejecting a card out of the second receiving room by pulling the drawer outward. The shielding shell encloses the insulating housings.

Abstract: An electrical terminal has a soldering plate, a propping plate extending upward and rearward from a front end of the soldering plate, a resilient arm bending upward and then extending forward from a rear end of the soldering plate, and a pressing portion of inverted-V shape connected with a front end of the resilient arm and defining a mouth between a front arm and a rear arm thereof. A top end of the propping plate bends forward and downward to form a lower hook tail stretched in the mouth, resisting against an inner side of the front arm, and apart from an inner turning of the pressing portion. A bottom end of the front arm bends rearward and upward to form an upper hook tail hooking the lower hook tail with a free end thereof resisting against an outer side of the propping plate.

Abstract: An electrical connector includes an insulating housing having a base body of which a front surface is inclined to act as a mating face. The mating face is concaved rearward to define a plurality of terminal grooves penetrating through the base body and a plurality of receiving grooves of substantial U-shape each surrounding one of the terminal grooves. Wherein there are some terminal grooves without being surrounded by any receiving grooves and each of them is located between every two adjacent receiving grooves. A plurality of terminals is inserted forward in the terminal grooves of the insulating housing respectively. Each terminal has a contact end exposed outside through a front end of the corresponding terminal groove. A plurality of magnet units each is of substantial U-shape and is assembled in the receiving groove of the insulating housing.

Abstract: A receptacle connector includes an insulating housing with a plurality of openings apart opened in a front face thereof. A terminal group includes a ground terminal embedded in the insulating housing. The terminal group has a plurality of contact slices molded in the insulating housing and exposed through the openings respectively, and a plurality of touching arms elastically stretching outside the insulating housing. At least one connecting member is molded in the insulating housing to electrically connect with the ground terminal, and has a connecting slice exposed outside and abreast with the front face of the insulating housing. A metal shell is mounted to the front face of the insulating housing and point welded with the connecting slice. A window is opened in the metal shell and located to face the openings for further exposing the contact slices therethrough. A waterproof washer is sealed around the metal shell.

Abstract: An electrical terminal has a soldering plate, a propping plate extending upward and rearward from a front end of the soldering plate, a resilient arm bending upward and then extending forward from a rear end of the soldering plate, and a pressing portion of inverted-V shape connected with a front end of the resilient arm and defining a mouth between a front arm and a rear arm thereof. A top end of the propping plate bends forward and downward to form a lower hook tail stretched in the mouth, resisting against an inner side of the front arm, and apart from an inner turning of the pressing portion. A bottom end of the front arm bends rearward and upward to form an upper hook tail hooking the lower hook tail with a free end thereof resisting against an outer side of the propping plate.

Abstract: A plug connector includes an insulating housing, a plurality of first terminals, a plurality of second terminals and an artistic terminal which are inserted forward in the insulating housing. The first terminal has a first soldering portion bending sideward and then extending rearward at a rear end thereof. The second terminal has a second soldering portion bending towards one side opposite to the first soldering portion and then extending rearward at a rear end thereof. A positioning bracket is mounted to a rear of the insulating housing and has a base body with a plurality of positioning fillisters apart opened in a top surface thereof. The first soldering portions and the second soldering portions are positioned in the positioning fillisters respectively. A metal shell sheathes the insulating housing.

Abstract: A virtual resources management method for a plurality of physical machines, includes: obtaining temperature values for the physical machines respectively; determining whether the temperature value exceeds a threshold value; categorizing the physical machines having temperature values exceeding the threshold value as an overheating group; selecting one of the physical machines as a candidate physical machine; determining whether the candidate physical machine belongs to the overheating group, wherein the virtual machine is assigned to the candidate physical machine when the candidate physical machine does not belong to the overheating group, and the virtual machine is assigned to one of the physical machines other than the candidate physical machine when the candidate physical machine belongs to the overheating group; and performing the virtual machine by the physical machine that is assigned the virtual machine.

Abstract: A card connector includes a first insulating housing, a second insulating housing mounted above the first insulating housing, a plurality of electrical terminals assembled in the first insulating housing and the second insulating housing, and a shielding shell enclosing the first and the second insulating housings. The first insulating housing defines a first receiving room and a second receiving room abreast arranged with each other, and the second insulating housing defines a third receiving room located over the first and the second receiving rooms. So the card connector forms a structure combining a juxtaposition arrangement and a stratiform arrangement for the receiving rooms to reduce the space occupied by the card connector on an external circuit board. Such structure contributes to the miniaturization of digital products.

Abstract: A clutching jig includes a first holding bar, a second holding bar, and a fixing means. The first holding bar has a first inner surface, a first end portion and a second end, an engaging portion projected from the first inner surface of the first end portion, and a first recess formed on the second end portion. The second holding bar includes a second inner surface, a third end portion, a fourth end portion, and a second recess formed on the fourth end portion. The fixing means fixes the first end portion with the third end portion. While the clutching jig is assembled, the first inner surface faces the second inner surface, and the engaging portion engages the second inner surface of the third end portion by the fixing means to form a gap between the first inner surface and the second inner surface.

Abstract: A socket connector includes an insulating body having a base body and a holding body extending upward from a front of the base body. The holding body defines a terminal fillister spread to the base body. A plurality of openings is opened in a front face of the holding body and communicates with the terminal fillister. A terminal group molding in the terminal fillister of the insulating body has a plurality of elastic touching arms stretching outside the insulating body, and a plurality of contact slices exposed through the openings respectively. A magnetic body defines a window. The magnetic body is mounted to a front of the insulating body with the window facing the openings to further expose the contact slices therethrough. The terminal group has a ground terminal elastically projecting forward out of the insulating body to electrically abut against a rear face of the magnetic body.

Abstract: A socket connector includes an insulating body having a base portion and a holding portion extending upward from a front of the base portion. The holding portion defines a terminal fillister spread to the base portion. A plurality of openings is opened in a front face of the holding portion and communicates with the terminal fillister. A terminal group is molded in the terminal fillister of the insulating body. The terminal group has a plurality of elastic touching arms stretching outside the insulating body, and a plurality of contact slices exposed through the openings respectively. A magnetic body is curved from a magnetic metal board and defines a window. The magnetic body is mounted around the holding portion with the window facing the openings of the insulating housing to further expose the contact slices therethrough. The terminal group further electrically contacts with the magnetic body.

Abstract: A socket connector includes an insulating body having a base body and a holding body extending upward from a front of the base body. The holding body defines a terminal fillister spread to the base body. A plurality of openings is opened in a front face of the holding body and communicates with the terminal fillister. A terminal group molding in the terminal fillister of the insulating body has a plurality of elastic touching arms stretching outside the insulating body, and a plurality of contact slices exposed through the openings respectively. A magnetic body defines a window. The magnetic body is mounted to a front of the insulating body with the window facing the openings to further expose the contact slices therethrough. The terminal group has a ground terminal elastically projecting forward out of the insulating body to electrically abut against a rear face of the magnetic body.

Abstract: A charger includes a female connector disposed in a mobile phone, and a male connector mated with the female connector and adapter for electrically connecting with an external power supply. The female connector includes an insulating housing defining a receiving chamber, first electrical terminals each having one end thereof embedded in the insulating housing and the other end thereof exposed in the receiving chamber, and second electrical terminals of which each has one end embedded in the insulating housing and further electrically connected with the one end of the corresponding first electrical terminal, and the other end projected out of the insulating housing to be connected with a mobile phone PCB. The male connector has electrical contacts exposed outward, and can be removably inserted in the receiving chamber of the female connector to realize an electrical connection between the electrical contacts and the corresponding first electrical terminals.