Abstract: A sweep voltage generator and a display panel are provided. The sweep voltage generator includes an output node, a current generating block and a voltage regulating block. The output node is used to provide a sweep signal. The current generating block is coupled to the output node, includes a detection path for detecting an output load variation on the output node, and adjusts the sweep signal provided by the output node based on the output load variation. The voltage regulating block is coupled to the output node for regulating a voltage of the output node.

Abstract: An electronic device and a method for manufacturing the same are provided. The electronic device includes a substrate, an encapsulant and an electronic component. The encapsulant is disposed over the substrate, and has a first top surface, a second top surface and a first lateral surface extending between the first top surface and the second top surface. A roughness of the first lateral surface is less than or equal to a roughness of the second top surface. The electronic component is disposed over the second top surface of the encapsulant and electrically connected to the substrate.

Abstract: A method of fabricating a semiconductor structure includes the following steps. A semiconductor wafer is provided. A plurality of first surface mount components and a plurality of second surface mount components are bonded onto the semiconductor wafer, wherein a first portion of each of the second surface mount components is overhanging a periphery of the semiconductor wafer. A first barrier structure is formed in between the second surface mount components and the semiconductor wafer. An underfill structure is formed under a second portion of each of the second surface mount components, wherein the first barrier structure blocks the spreading of the underfill structure from the second portion to the first portion.

Abstract: A motor stator anti-interference structure includes: a silicon steel sheet assembly, the silicon steel sheet assembly including multiple silicon steel sheets held between an insulation support assembly; a winding assembly wound on the silicon steel sheet assembly and the insulation support assembly; and a connection member inlaid in the silicon steel sheet assembly to contact all the silicon steel sheets. All the silicon steel sheets are connected to a grounding end of a circuit board through the connection member so as to increase contact area between the connection member and the silicon steel sheet assembly. The electromagnetic interference is conducted through the connection member to the grounding end of the circuit board.

Abstract: A motor stator anti-interference structure includes: a silicon steel sheet assembly, the silicon steel sheet assembly including multiple silicon steel sheets held between an insulation support assembly; a winding assembly wound on the silicon steel sheet assembly and the insulation support assembly; and a connection member inlaid in the silicon steel sheet assembly to contact all the silicon steel sheets. All the silicon steel sheets are connected to a grounding end of a circuit board through the connection member so as to increase contact area between the connection member and the silicon steel sheet assembly. The electromagnetic interference is conducted through the connection member to the grounding end of the circuit board.

Abstract: A multipurpose stationery tool includes a base including a pair of holders, a pair of first position-limiting portions and a pair of second position-limiting portions, a supporting unit including a pair of pivoting portions respectively pivotally connected to the pivot holders and a pair of swinging portions opposite to the pivoting portions and being adjustable in position relative to the base between an extended position where the supporting unit is stopped in place by the first position-limiting portions and a received position where the supporting unit is stopped in place by the second position-limiting portion, and an upper holder block adjustable in position relative to the supporting unit and including a holder block base pivotally connected to the swinging portions, a pair of extension rods bilaterally extended from the holder block base and two stop portions for stopping against the swinging portions in the extended position.

Abstract: A composite shelf includes a plurality of connecting units, a plurality of supporting units mounted between the connecting units, and a plurality of upright posts connected with the connecting units. Each of the connecting units includes a connector provided with a plurality of slots to allow insertion of the supporting units. The connector of each of the connecting units is provided with a plurality of positioning grooves. Each of the connecting units further includes a plurality of positioning bars mounted in the positioning grooves of the connector and two positioning sleeves mounted on the connector and abutting the positioning bars. Thus, the supporting units are positioned by the positioning bars and locked by the positioning sleeves so that the supporting units are locked by and will not be detached from the connecting units.

Abstract: A composite shelf includes a plurality of connecting units, a plurality of supporting units mounted between the connecting units, and a plurality of upright posts connected with the connecting units. Each of the connecting units includes a connector provided with a plurality of slots to allow insertion of the supporting units. The connector of each of the connecting units is provided with a plurality of positioning grooves. Each of the connecting units further includes a plurality of positioning bars mounted in the positioning grooves of the connector and two positioning sleeves mounted on the connector and abutting the positioning bars. Thus, the supporting units are positioned by the positioning bars and locked by the positioning sleeves so that the supporting units are locked by and will not be detached from the connecting units.

Abstract: A securing structure for fan sensing element includes a substrate and a stator. The substrate has a first face and at least one electronic element plug-in connected to the first face. The stator is correspondingly disposed on the substrate. The stator has a silicon steel sheet assembly, a first insulation support and a second insulation support. Two sides of the silicon steel sheet assembly are respectively connected to the first and second insulation supports. The second insulation support is formed with a cavity in a position where the electronic element is positioned, whereby the electronic element is received in the cavity. Accordingly, when assembling the stator and the electronic element, the displacement of the stator and the electronic element can be avoided. In addition, the windings are prevented from being damaged.

Abstract: A securing structure for fan sensing element includes a substrate and a stator. The substrate has a first face and at least one electronic element plug-in connected to the first face. The stator is correspondingly disposed on the substrate. The stator has a silicon steel sheet assembly, a first insulation support and a second insulation support. Two sides of the silicon steel sheet assembly are respectively connected to the first and second insulation supports. The second insulation support is formed with a cavity in a position where the electronic element is positioned, whereby the electronic element is received in the cavity. Accordingly, when assembling the stator and the electronic element, the displacement of the stator and the electronic element can be avoided. In addition, the windings are prevented from being damaged.

Abstract: A pet chew ball has a body and a snack rope. The body is spherical and has a through hole formed through the body. The snack rope is composed of at least one strand, is longer than the through hole in length, is replaceably mounted through the through hole of the body and has a bight. Two knots are tied in the bight of the snack rope to respectively abut against and block the open ends of the through hole so that the snack rope can be securely combined with the body. Since the additional flavor of the snack rope can whet the desire of pets in biting and chewing the pet chew ball and the snack rope can always be replaced, the pet chew ball prolongs pets' chewing pleasure toward the pet chew ball for sake of the constant availability of the snack rope.

Abstract: A pet chew snack has a winding belt and a body. The winding belt is edible. The body is solid, chewable and edible and has a helical slot and at least one hole. The helical slot is helically formed in and distributed across the middle portion. Each one of the at least one hole is located at one of the end portions for one end of the winding belt to be mounted therein. The winding belt is replaceably mounted in the at least one hole and the helical slot. As the winding belt is received in the helical slot and the at least one hole of the body, it takes pets longer time to consume the winding belt. Moreover, the winding belt is replaceable. Accordingly, the pet chew snack prolongs attraction to pets in chewing the body by having the winding belt.

Abstract: A cloth stuffed toy has a cloth body and a PU stuffing formed by a polyurethane foam material fully filled in and adhered to the cloth body. A method for producing the cloth stuffed toy has a cloth body preparing step, a polyurethane foam material filling step and a foaming process performing step. As the PU stuffing is securely bonded to the cloth body and is not easily fragmented, the cloth stuffed toy has advantages in providing a safety stuffed toy. Besides, in the foaming process of the polyurethane foam material, the polyurethane foam material spontaneously and extensively spreads inside the cloth body to facilitate stuffing the body effectively.

Abstract: A pet food dispenser has a container, a bottom lid and a receiving plate. The bottom lid is covered on a bottom opening of the container and has multiple through holes. The receiving plate is connected to the bottom lid. A gap is formed between the receiving plate and the bottom lid. The pet foods in the container drop out from the through holes of the bottom lid. Because the receiving plate collects dropped pet food, only some pet food is released for the pets to eat. The pets need to push the pet food dispenser to topple and roll so that more and more pet food is released. Therefore, the pet food dispenser efficiently leads the pets to move more by using food to attract the pets.

Abstract: A safety stuffed toy has a latex body formed to define an exterior appearance and having a chamber therein, and a PU stuffing formed by polyurethane foam, fully filled in the chamber and adhered to an inner wall of the latex body. A method for producing a safety stuffed toy has a mold preparing step, a latex injecting step, a polyurethane filling step, a foaming step and a demolding step. As the PU stuffing is securely bonded to the latex body and won't be easily fragmented, the present invention is advantageous in providing a safer stuffed toy. Besides, the foaming process of the polyurethane foam material spontaneously and extensively spreads the polyurethane foam material inside the chamber of body to facilitate stuffing the body effectively.

Abstract: A pet food dispenser has a container, a bottom lid and a receiving plate. The bottom lid is covered on a bottom opening of the container and has multiple through holes. The receiving plate is connected to the bottom lid. A gap is formed between the receiving plate and the bottom lid. The pet foods in the container drop out from the through holes of the bottom lid. Because the receiving plate collects dropped pet food, only some pet food is released for the pets to eat. The pets need to push the pet food dispenser to topple and roll so that more and more pet food is released. Therefore, the pet food dispenser efficiently leads the pets to move more by using food to attract the pets.

Abstract: A pet chew toy has a shell and a filling. The shell is solid, chewable and edible, and defines a chamber in the shell. The filling is edible, corresponds to and is mounted in the chamber. The chamber may be fully formed in the shell, may be formed longitudinally through the shell and may further comprise branches formed transversely through the shell. The filling may be meat based. Therefore, pets are encouraged to chew the chew toy to access the filling.

Abstract: A safety stuffed toy has a latex body formed to define an exterior appearance and having a chamber therein, and a PU stuffing formed by polyurethane foam, fully filled in the chamber and adhered to an inner wall of the latex body. A method for producing a safety stuffed toy has a mold preparing step, a latex injecting step, a polyurethane filling step, a foaming step and a demolding step. As the PU stuffing is securely bonded to the latex body and won't be easily fragmented, the present invention is advantageous in providing a safer stuffed toy. Besides, the foaming process of the polyurethane foam material spontaneously and extensively spreads the polyurethane foam material inside the chamber of body to facilitate stuffing the body effectively.

Abstract: This invention discloses an apparatus and a method for manufacturing a dog leash. The dog leash has a plastic cover wrapped around the core along the axis of the leash. The plastic cover has at least two different color that can be divided evenly or in a different proportion. The color on the plastic cover can be formed in a straight line format or in a spiral shape.