Abstract: A plug with a replaceable fuse is provided. The plug includes an outer housing, an inner core, a pair of prongs and a pair of conductive cords. The outer housing includes a fuse uninstall button opening and an inner core install opening. The inner core is installed into the outer housing through the inner core install opening, and the inner core includes a fuse socket and a fuse uninstall button. The fuse socket has an uninstall opening. When it is intended to replace the fuse, the fuse uninstall button is pressed from the fuse uninstall button opening, the fuse is ejected or pushed out of the fuse socket by one end of the fuse uninstall button extending to the uninstall opening. When the fuse uninstall button is not pressed, the fuse uninstall button restores to the original position, such that a new fuse is installed into the fuse socket.

Abstract: A fusible link unit is provided with a first alternator terminal including a screw hole configured to be connected with an opposite terminal with a screw, a second alternator terminal including a connector configured to be connected with an opposite connector, a battery terminal one or more load terminals respectively including one or more fuse links, wherein the first alternator terminal, the second alternator terminal, the battery terminal, the load terminals and the fuse links are mutually connected and unitized in a fuse unit.

Abstract: There is disclosed a fuse with a secondary short-circuit prevention mechanism in which a melting portion, when melted, will not be brought into an unstably supported-condition, thereby positively preventing the melting portion from being again short-circuited. A fuse element 23 includes a pair of parallel terminal portions 29 and 29 interconnected by a connecting portion 31, and a fusible portion 33 is formed at the connecting portion 31. A housing 25 includes terminal receiving chambers for respectively receiving the terminal portions 29 and 29, and a fuse element receiving space for receiving the connecting portion 31, the terminal receiving chambers communicating with the fuse element receiving space.

Abstract: A secondary short preventing mechanism of a fuse is constituted by a pair of female terminal members in which male terminal receiving portions are formed at their longitudinally one ends respectively so that the male terminal receiving portions are to be engaged with and electrically connected to male terminal portions, and a fuse fusing portion is formed between their longitudinally other ends; and a housing for housing the female terminal portions, the housing having a vertically extending insulation partition for horizontally separating the male terminal receiving portions from each other in a loosely fitted state. Each of the male terminal receiving portions has raised pressing contact portions which oppose to each other at different levels, that is, at upper and lower positions in their longitudinal directions, the upper pressing contact portion being directed toward the insulation partition, and at least one of the pressing contact portions having elasticity.

Abstract: A fuse including a fusible link element having a pair of terminal portions and a fusible portion through which the terminal portions are connected to each other, the terminal portions having upward locking pieces at upper corners thereof, a housing for receiving the fusible link element, having stepped recesses between inner and outer walls thereof in which end portions of the upward locking pieces are fitted when the upward locking pieces are bent inwardly, and a housing cover for closing an open end of the housing, having legs which are extended towards the housing so that the legs are abutted against the end portions of the upward locking pieces when the cover is fitted to the housing, lower ends of the legs having taper surfaces brought into contact with the outer sides of the upward locking pieces.

Abstract: There is disclosed a fusible link which obviates the need for a spacer for supporting a fuse element. An insulative housing includes an integral bottom wall through which at least one pair of through holes are formed. A fuse element extends through these through holes, and includes terminal portions and resilient retaining piece portions. The resilient retaining piece portion and the bent terminal portion holds the bottom wall of the housing, thereby retaining the fuse element relative to the housing.

Abstract: Bifurcated gripping pieces, each having a clearance in a thickness direction of a terminal, are projected from inner edge portions of respective terminals so as to confront each other. An inserting opening of an inserting space is made on a lower surface of a housing. Closing plates interposed between a pair of slits extending in a terminal inserting direction from the inserting opening are arranged on both lateral walls of the housing. The pair of closing plates are gripped between the respective gripping pieces while inserted into the clearances of the respective gripping pieces with the terminals inserted into the inserting space.

Abstract: A female fuse assembly includes a female fuse and a housing. The female fuse includes a first and a second female terminal portion each having a face portion which includes a first end, a second end, a first side, and a second side, includes a first clamping arm and a second clamping arm, includes a first bracing arm and a second bracing arm, and includes a fuse link having a first terminal extension and a second terminal extension, and having a skived region for controlling the resistance between the first and second female terminal portions. The fuse link further includes a first terminal bend and a second terminal bend. The first terminal bend is positioned substantially toward the second end of the first face portion, or vice versa, and the second terminal bend is positioned substantially toward the first end of the second face portion, or vice versa, for increasing the length of the fuse link.

Abstract: Disclosed is a fusible link which assures that a fuse element is completely and firmly received in a housing without any occurrence of incorrect contact of a male terminal with an opponent female terminal. Lances slantwise extending from a fuse element received in a housing are engaged with stepped engagement portions. While a cover is fitted to the housing, a plurality of projections extending from the cover are brought in contact with electrical contact portions of the fuse element so that the fuse element is firmly received in the housing at a predetermined position. Consequently, the fuse element is reliably received in the housing in the double engaged state without an occurrence of incorrect insertion of the fuse element.

Abstract: Blade type plug-in fuse for high nominal currents.It is of the type comprising a case (1) in which is partially housed a conductive unit (5, 6, 9, 10) provided with two flat connection terminal blades (5, 6) whose free ends (7) are situated outside the case, said connection terminal blades being connected inside the case by a flat fuse link part (8) on at least one side and substantially in the center of which is deposited a drop of metal (13) of predetermined area of contact, and it is characterized in that the fuse link part comprises a central gauging zone (9) of width (l.sub.1) smaller than the width (l.sub.2) of the adjacent lateral zones (21) connecting with the connection terminal blades, the area of contact (31) of said drop (13) being at least greater than half the area of the gauging zone (9).

Abstract: To provide a novel cartridge fuse which can prevent the melted fuse member ends from being shorted together after the fuse member has been blown out and to firmly hold terminal members connected by a fuse member within a housing, the cartridge fuse comprises a fuse housing formed with an insulating partition extending therewithin to some extent to form a pair of terminal compartments; a pair of opposing terminal members each formed with a stay portion extending beyond the insulating partition and a contact portion housed within the terminal compartment, a fuse member connected to the stay portions of the opposing terminal members; and elastic members for applying a tension to fuse member in the longitudinal direction thereof.

Abstract: A novel fuse holder for a fuse as described for a fuse of the type having two generally flat, parallel spaced apart, oppositely disposed electrical contacts. The fuse holder comprises an insulating block and a fuse clip which is formed from a single strip of electrically conducting material and which is carried within the fuse block. The fuse clip features an elongated base member, a pair of spaced apart arms joined to one end of the base member, and a pair of springingly loaded, generally elongated, bifurcated fuse accepting contacts. Each fuse accepting contact is comprised of a flat fuse contacting section and a flat fuse accepting section.

Abstract: An electric plug fuse of the type wherein one end of the fusible element is retained in a channel between the insulating body of the fuse and an outer metal shell is provided with a geometrically configured fusible element which allows extremely thin elements to be used while maintaining a high level of structural and electrical integrity in the fuse.

Abstract: An indicating fuse is provided with an indicator at the free end of a movable spring contact, the indicator being located at an angle with respect to the plane of the spring contact. Provision is made for lower rated fusing currents utilizing the same basic fuse structure by forming a slot in the flexible spring contact at the point of maximum bending. A rounded shoulder is formed on the fuse carrier body across which the spring contact member is bent to minimize breakage and damage. The flexible spring contact is integrally formed with a U-shaped terminal that mounts it on the fuse carrier body, a second substantially identical generally U-shaped terminal also being secured to the fuse carrier body to provide a fixed contact. Molded ribs are formed in the insulating material of the fuse carrier body adjacent the open ends of the U-shaped terminal members to prevent the terminals from pinching together to form an undesired tapered configuration.

Abstract: An electric plug type fuse. The hollow glass body thereof contains a strip-like spring conductively connected to the bottom contact in the insulating tip of the fuse. Said spring is arcuate and has a center of curvature situated at the side of the spring where the longitudinal axis of the glass body is located. A solder joint preferable of a eutectic metal connects the end of the spring remote from the bottom contact to a fusible element capable of interrupting short-circuit-like currents, i.e. a ribbon type fusible element having at least one point of reduced cross-section. The aforementioned spring and the fusible element enclose an angle of approximately 90 deg. and the end of the fusible element remote from said spring is conductively connected to a screw shell. The spring puts the fusible element under tension and is released from it when the solder joint connecting both parts melts.

Abstract: A fuse clip for cartridge type fuses which permits the insertion of a proper fuse while preventing the insertion of improper fuses. The clip permits the insertion of fuses having an annular groove around one of the end terminals while prohibiting the insertion of fuses without such annular groove. A main body member has a pair of flexible clamping arms which receive the cartridge-type fuse, and the clamping arms have aligned slots therein. A rejection member comprised of a C-shaped configuration, with inward extensions formed on the legs of the C, is inserted into the main body member, with the inward extensions extending through the slots of the clamping arms. The inward extensions are spaced apart a distance greater than the diameter of the annular groove, but less than the diameter of the remainder of the end terminal. The rejection member prevents the insertion of fuses unless an annular groove on the end portion is positioned between the two inward extensions.