Abstract: A fountain device includes a container including a reservoir to hold and retain circulating fluid within the fountain device, where the container includes an opening and a lip extending around at least a peripheral portion of the opening, a pump securable within the container, a cover configured to encompass the opening and engage the lip of the container when the cover is installed on the container, and a discharge hose securable to an outlet of the pump and extendable to an outlet of the container. The cover includes a plurality of apertures that facilitate passage of fluid through the cover to the reservoir of the container. In addition, a kit including all of the above described components of the fountain device is provided, where the components are assembled within the kit to permit easy installation of the fountain device.

Abstract: A stacked RJ21 receptacle (100) for mating with a mating connector includes a first RJ21 receptacle (2) and a second receptacle (3). An outer shield (1) shields the first and second receptacle. The first and second RJ21 receptacle each has a projecting portion projecting beyond the outer shield. The stacked RJ21 receptacle (100) further includes at least a printed circuit board (5) and a noise suppressing element (4) respectively electrically connecting with the first and second receptacles.

Abstract: A stacked RJ21 receptacle (100) for mating with a mating connector includes a first RJ21 receptacle (2) and a second receptacle (3). An outer shield (1) shields the first and second receptacle. The first and second RJ21 receptacle each has a projecting portion projecting beyond the outer shield. The stacked RJ21 receptacle (100) further includes at least a printed circuit board (5) and a noise suppressing element (4) respectively electrically connecting with the first and second receptacles.

Abstract: An electrical connector (100) includes an RJ 45 block (3), an RJ11 component (5), a stacked USB component (4) and an internal modem (6) having a plurality of pinholes (61) and electrical components and circuitry. The RJ45 block (3) includes a header (35) defining a plurality of slots (351). A plurality of right-angle pins (352) are received in corresponding slots and inserted into corresponding pinholes of the modem. The RJ11 component includes a plurality of contacts being directly soldered to the modem. The stacked USB component abuts against the modem.

Abstract: An electrical adapter (100) includes a first housing member (1), a second housing member (2) coupled with the first housing member to define an internal space therebetween, and a subassembly (3) received in the space. The first housing member has a first mating face (11) defining a first upper and lower cavities (111, 112). The second housing member has a second mating face (21) defining a second cavity (211). The subassembly includes a first, second and third circuit boards (311, 321, 331), a surge suppressing device (34), a number of first, second and third conductive terminals (312, 322, 332) respectively mounted on the first, second and third circuit boards, and a number of contact vias (35) electrically connecting with corresponding first, second and third terminals. The first, second and third terminals respectively have contacting portions (314, 324, 334) extending into corresponding cavities.

Abstract: An electrical connector (100) includes an RJ 45 block (3), an RJ11 component (5), a stacked USB component (4) and an internal modem (6) having a plurality of pinholes (61) and electrical components and circuitry. The RJ45 block (3) includes a header (35) defining a plurality of slots (351). A plurality of right-angle pins (352) are received in corresponding slots and inserted into corresponding pinholes of the modem. The RJ11 component includes a plurality of contacts being directly soldered to the modem. The stacked USB component abuts against the modem.

Abstract: An electrical adapter (100) includes a first housing member (1), a second housing member (2) coupled with the first housing member, and a number of first, second and third conductive terminals (312, 322, 332). The first housing member has a first mating face (11) defining a first upper and lower receptacles (111, 112). The second housing member has a second mating face (21) defining a second receptacle (211). The first, second and third conductive terminals (312, 322, 332) respectively have contacting portions (314, 324, 334) extending into corresponding receptacles. Latching means are arranged between the first and second housing members so as to fasten the first housing member and the second housing together.

Abstract: An electrical connector (100) includes an insulative housing (1) and an electrical subassembly disposed with in the insulative housing. The electrical subassembly includes a first and a second printed circuit boards (31, 32) each having a plurality of terminals (34, 35), a third printed circuit board (33) disposed above and spaced a distance from the first and second printed circuit board, a first and second magnetic modules (51, 52) electrically connected with the first, second and third printed circuit boards, and a pair of over current protectors (54) electrically attached to the first and second magnetic modules.

Abstract: An electrical connector (100) includes a first housing member (1), a second housing member (2) coupled with the first housing member to define an internal space therebetween, and a subassembly (3) received in the space. The first housing member has a first mating face (11) defining a first upper and lower cavities (111, 112). The second housing member has a second mating face (21) defining a second upper and lower cavities (211, 212). The subassembly includes a pair of terminal modules (31, 32) and a pair of surge suppressing devices (33, 34). The upper and lower terminal modules respectively include a PCB (311, 321) and a number of front and rear conductive terminals (312, 313, 322, 323) mounted on the PCB. The front and rear terminals are exposed in a corresponding first and second cavities. The surge suppressing devices are mounted respective one of the PCBs and electrically connect with corresponding front and rear terminals.

Abstract: A TPA (terminal position assurance) member and connector combination in which the connector is specially configured to latch the TPA member at forward and rearward ends of the connector, the TPA member further being provided with mating locking structure so as to securely lock it at both ends to the connector. In a preferred form, one end of the TPA latching structure is provided with both pre-attachment and full locking structure which provides for a two-stage locking sequence giving both visual and tactile indications to the assembler as to the condition of the TPA.

Abstract: The circuit arrangement described measures the time when a frequency F.sub.o, changing towards a desired frequency value, differs by not more than a predetermined amount (e.g. 100 Hz) from the desired value. Initially F.sub.o is mixed with the sum of 10 MHz and the new desired value for F.sub.o. The lower sideband is selected and thus produces a frequency F.sub.1 which is thus always 10 MHz when F.sub.o reaches its desired value (which may be variable). The circuit therefore has to measure when F.sub.1 comes within 100 Hz of 10 MHz. Initially F.sub.1 is multiplied by a predetermined multiplication factor (.times.100) and the product subtracted from a reference frequency. The latter is the sum of a fixed frequency of 300 KHz and of 10 GHz (i.e. 10 MHz multiplied by 100). This therefore produces an output frequency F.sub.2 whose value differs from 300 KHz by 100 Hz.times.100 (or 10 KHz) when F.sub.1 differs from 10 MHz by 100 Hz.