Abstract:
A waterproof connector including one or more contacts each having a contact-side waterproof shaped section formed around a surface of a contact-side fixed section, a shell having a fitted section with a pair of flat shell outer surfaces and a shell-side waterproof shaped section formed around a surface of a shell-side fixed section, a housing holding the one or more contacts and the shell, and a seamless waterproof member disposed around a periphery of the housing, the shell-side fixed section being positioned closer to a fitting axis between the waterproof connector and a counter connector than the shell outer surfaces of the fitted section is when viewed in a direction of the fitting axis, the shell-side waterproof shaped section, the contact-side waterproof shaped section and the waterproof member being disposed to overlap each other at a position in the direction of the fitting axis.
Abstract:
A sealed compressor comprises a motor pump unit, a hermetic casing and means of electrical connection, the motor pump unit positioned inside the hermetic casing, the connection means allowing the motor pump unit to be powered electrically through the hermetic casing, the connection means comprising an earth rod and at least two power supply terminals. The connection means comprise a mobile housing and a power supply cable, the housing arranged at the end of the cable, connection of the housing to the earth rod and to the power supply terminals achieved in a translational movement in a direction of insertion. Connection of the housing to the earth rod comprises non-return means that prevent the housing from moving in an opposite direction to the direction of insertion.
Abstract:
A sealed compressor comprises a motor pump unit, a hermetic casing and means of electrical connection, the motor pump unit positioned inside the hermetic casing, the connection means allowing the motor pump unit to be powered electrically through the hermetic casing, the connection means comprising an earth rod and at least two power supply terminals. The connection means comprise a mobile housing and a power supply cable, the housing arranged at the end of the cable, connection of the housing to the earth rod and to the power supply terminals achieved in a translational movement in a direction of insertion. Connection of the housing to the earth rod comprises non-return means that prevent the housing from moving in an opposite direction to the direction of insertion.
Abstract:
A secondary disconnect assembly is for an electrical switching apparatus. The secondary disconnect assembly includes a mounting member and a cradle assembly coupled to the mounting member and being movable among a plurality of positions with respect to the mounting member. The cradle assembly includes an inner cradle. When the inner cradle is disposed in a first predetermined one of the positions, movement of the inner cradle is restricted with respect to the mounting member. When the inner cradle is moved toward a second predetermined one of the positions, the inner cradle moves independently with respect to the mounting member.
Abstract:
A secondary disconnect assembly is for an electrical switching apparatus. The secondary disconnect assembly includes a terminal block assembly comprising a mounting member including a number of protrusions, and a cradle assembly coupled to the mounting member and being movable among a plurality of positions with respect to the mounting member. The cradle assembly includes a cradle housing and an inner cradle movably disposed with the cradle housing. The protrusions align and guide the inner cradle with respect to the mounting member. When the inner cradle is disposed in a first predetermined one of the positions, the number of protrusions engage and lock the inner cradle to restrict movement of the inner cradle with respect to the mounting member. When the inner cradle is moved toward a second predetermined one of the positions, the number of protrusions release the inner cradle to move independently with respect to the mounting member.
Abstract:
A waterproof connector provided with: one or more contacts (12, 13); a metal shell (14) covering the outer peripheral part of the contacts (12, 13); a housing (19) comprising an insulating resin for holding the contacts (12, 13) and the shell (14); and a seamless waterproof member (20) arranged on the outer periphery of the housing (19). The shell (14) has an engaging part (15A), a shell-side substrate connection part (15H), a shell-side fixed part (15D), and a shell-side waterproof shaped part (15E) formed on the surface of the shell-side fixed part (15D). The contacts (12, 13) have contact points (12A, 13A), contact-side substrate connection parts (12C, 13C), contact-side fixed parts (12B, 13B), and contact-side waterproof shaped parts (12E, 13E) formed on the surface of the contact-side fixed parts (12B, 13B). The engaging part (15A) has a pair of flat shell outer surfaces (15C) facing in mutually opposite directions. The shell-side fixed part (15D) is arranged nearer an axis of engagement (C) with a counterpart connector than the shell outer surfaces (15C) of the engaging part (15A), as viewed from the direction of the axis of engagement (C). The shell-side waterproof shaped part (15E), the contact-side waterproof shaped parts (12E, 13E), and the waterproof member (20) are arranged at mutually overlapping positions in the direction of the axis of engagement (C).
Abstract:
The invention relates to an automobile antenna device having at least one antenna structure (5-10) mounted on the glass pane (3) of an automobile. The base point terminal connections of all antennas that are assembled in the contact points (11) of a contact field (4) are surrounded by a plastic mount (1) arranged on the glass pane (3) of an automobile in which a high frequency device (2) can be removably fixed, whose connection terminals are connected to contact points (11) without using any connecting lines. One advantage provided by the removable arrangement of the high frequency device (2) on the glass pane (3) of the automobile is that no tolerances need to be compensated for between the glass pane (3) of the automobile and the body. Said arrangement also makes it possible to remove the high frequency device (2) in a simple and cost-effective manner for repair purposes or to replace it with another high frequency device without having to change the glass pane (3) of the automobile. One particular advantage is that when the contact elements of the high frequency device (2), which are embodied as contact springs (12), directly contact the matching contact points (11) in the contact field (4) after they have been inserted in the mount (1), said elements also contribute to fixing the high frequency device (2) in the mount in view of their elastic effect since the noses (36-39) of the high frequency device (2) are pressed against the projecting parts (28-31) of the mount (1).
Abstract:
Provided is an electronic device assembly. The electronic device assembly includes an electronic device and a data cable. The electronic device includes a housing, and the housing has a data interface. The data cable includes a cable body, a connection plug, and a fixing structure. The connection plug is disposed at one end of the cable body, and the fixing structure is disposed on a side of the connection plug. When the connection plug is plugged in the data interface, the fixing structure can fix the connection plug to the housing.
Abstract:
The present disclosure is directed towards a distribution module assembly configured for mounting to a marine vessel and comprising a mounting bracket connected to a housing to aid in the stabilization of the marine vessel moving through water. The distribution module assembly further comprises a printed circuit board, a connector plate, and connectors which may connect to a variety of electronic components which also aid in the stabilization of the marine vessel. The printed circuit board is further configured to interface with various electronic components on the marine vessel such as a software control module, an engine control module, a navigation system, a gyroscopic stabilizer, a water engagement device, an engine, and other similar components that could provide the intended functionality and stability during operation of a marine vessel.
Abstract:
A lamp socket for a cooking appliance light, the lamp socket including a socket body; a base receiver configured to receive a lamp base of a lamp and formed at a top side of the socket body; connection contacts for external connection conductors of a voltage supply, the connection contacts arranged at a bottom side of the socket body; an attachment ring configured to retain the lamp base in the base receiver; two retaining arms integrally formed at the attachment ring; two spring arms respectively arranged at the two retaining arms and forming a receiving gap for the lamp base between each other and respectively including a free spring arm end and a connected spring arm end respectively connected at each of the two retaining arms, wherein the two spring arms are arranged in the base receiver.