43 results about "Socket Adaptor" patented technology

This disclosure pertains to methods and apparatus for interfacing an onsite power generation system with an existing main electric panel. The interfacing is performed by: attaching an additional jaw connector to a neutral bridge within an existing meter socket; wiring AC supply lines from the onsite power generation system to load side jaws of a five blade meter socket adapter; and wiring a neutral line from the onsite power generation system to an additional terminal of the meter socket adapter. The lines from the onsite power generation system are routed through an opening formed in the meter socket adapter. The meter socket adapter is then inserted into the meter socket so that five jaws in the socket receive all five blades of the meter socket adapter. The blades of the meter are then plugged into the jaws on the opposite end of the meter socket adapter.

This disclosure pertains to methods and apparatus for interfacing an onsite power generation system with an existing main electric panel. The interfacing is performed by: attaching a fifth jaw connector to a neutral bridge within an existing meter socket; wiring AC supply lines from the onsite power generation system to load side jaws of a five blade meter socket adapter; and wiring a neutral line from the onsite power generation system to a fifth terminal of the meter socket adapter. The lines from the onsite power generation system are routed through an opening formed in the meter socket adapter. The meter socket adapter is then inserted into the meter socket so that five jaws in the socket receive all five blades of the meter socket adapter. The blades of the meter are then plugged into the jaws on the opposite end of the meter socket adapter.

A ratcheting palm graspable multi-socket wrench. The wrench includes a socket body portion and a ratcheting mechanism. The socket body portion has socket portions with socket openings, arranged around a perimeter of the socket body portion. A through hole passes through from the top surface to the bottom surface of the socket body portion. The ratcheting mechanism fits into the through hole of the socket body portion. The ratchet mechanism has an elongate shaft with a ratchet switch located at a first end, and a square socket adaptor located at an opposite, second end. The ratchet switch and adaptor are both accessible from outside of the socket body portion. The ratchet switch will selective allow either clockwise or counter-clockwise twisting of the socket body portion to drive the adaptor either clockwise or counter-clockwise, with the other direction being freewheeling, thereby providing a switching ratcheting function.

A socket adaptor 10 made of an electrically insulating material has a main adaptor body 12 on which a plurality of through holes 14 containing an upper opening and a lower opening has been formed. In certain preferred embodiments a probe pin 60 and coil spring 62 is placed in each through hole 14. An electrical engagement clipping part 68 for clipping a contact inserted in a respective through hole from said upper opening is formed on the upper end of each probe pin 60. The coil spring 62 is installed on each probe pin and biases the respective probe pin toward a position so that a tip formed on the lower end of the probe pin protrudes from the lower opening.

An electrical plug / socket adaptor for establishing an electrical connection between a electrical plug and an electrical socket, said adaptor comprising a housing with at least one electrical plug receiving zone to receive an electrical plug of a kind selected from at least one of a Euro pin electrical plug, British pin electrical plug, North America pin electrical plug, and Australia pin electrical plug, the adaptor configurable to itself be capable of being operatively plugged into an electrical socket of a kind selected from at least two of a Euro pin electrical socket, British pin electrical socket, North America pin electrical socket, and Australia pin electrical socket.

The present invention provides a multi-standard socket adaptor, comprising at least one socket interface and a housing attached to the socket interface. The internal of the housing comprises a first terminal set and a second terminal set conforming to the 125-volt and 250-volt socket specifications respectively; wherein the socket adaptor further comprises a first socket set and a second socket set corresponding to the first and second terminal sets respectively as well as confirming to the 125-volt and 250-volt socket specifications. The second terminal set can be used for voltage input and output of 125-volt. With such structure, socket heads of 125-volt and 250-volt can be plugged into corresponding sockets on the socket adaptor achieving said voltage outputs and inputs and to improve the practical usage of the socket adaptor conforming to international standards of various countries including the ones in German and France.

A device including an element for receiving an electrical signal comprising a high-frequency data signal component and a low-frequency power supply component. The electrical signal is conveyed in an electrical cable of an electrical installation. The device further includes impedance matching operative in a band of frequencies of the high-frequency signal component, the impedance matching being determined as a function of one or more characteristics of the electrical cable. Such a device can be integrated into a socket outlet or an electrical device or take the form of a socket adaptor.

A socket adaptor 10 made of an electrically insulating material has a main adaptor body 12 on which a plurality of through holes 14 containing an upper opening and a lower opening has been formed. In certain preferred embodiments a probe pin 60 and coil spring 62 is placed in each through holes 14. An electrical engagement clipping part 68 for clipping a contact inserted in a respective through hole from said upper opening is formed on the upper end of each probe pin 60. The coil spring 62 is installed on each probe pin and biases the respective probe pin toward a position so that a tip formed on the lower end of the probe pin protrudes from the lower opening.

A method for custom fitting prosthetic devices, comprising the steps of: (a) providing a unitary prosthetic coupling device adapted to couple a prosthetic pylon to a second prosthetic limb component, the coupling device having a cylindrical sheath extending from a cavity adapted to receive at least a portion of the second prosthetic limb component therein, the cylindrical sheath adapted to interface with a prosthetic pylon, the cylindrical sheath accommodating various depths of pylon insertion to provide height adjustability with the second prosthetic limb component, the coupling device further being designed for day-to-day use; and (b) mounting the second prosthetic limb component to the prosthetic coupling device and mounting the prosthetic pylon to an interior surface of the cylindrical sheath so as to provide a secure coupling between the prosthetic pylon and the second prosthetic limb component enabling day-to-day use.

Provided is a modular adapter for a firearm receiver that has a standardized threaded socket for mounting a tubular extension or stock support. The adapter includes a base plug configured to threadably engage the threaded socket of a receiver and a modular adaption element attached to the base plug and against a rear surface of the receiver. The adaption element presents an attachment means for attaching an accessory, such as a stock, to the adaption element.

A socket adaptor, for use in creating a laminated stump socket for use with a patient having a stump, in attaching a prosthetic limb to the patient. The socket adaptor has a main body and a plurality of prongs. The prongs are made of sheet titanium so that they are flexible and bendable to closely accommodate the stump. The socket adaptor is subsequently encapsulated with the laminated stump socket. The main body allows a prosthetic connector to be attached thereto to allow the laminated stump socket to secure directly to the prosthetic limb.

A light bulb socket adapter includes an adapter base and at least one lamp holder. The adapter base includes a base having a ring contact and a tip contact. The at least one lamp holder is oscillatingly mounted to the adapter base through an oscillating connection assembly. The oscillating connection assembly has a ball-holding mechanism mounted on an end opposite to the base of the adapter base, and at least one ball fixedly connected with the respective lamp holder and oscillatingly engaged with the ball-holding mechanism. The present invention allows the light bulb mounted thereon to irradiate in a desired direction and a bayonet-type bulb to be mounted in a conventional screw-type socket without requiring an additional socket adapter.

A progressing cavity pump / motor includes a stator tube (12), a rotor (20) within the stator tube, and a coupling assembly (30) interconnecting the upper and lower rotor sections. The coupling includes a drive adapter (32) and a socket adapter (36) for transmitting torque between the upper and lower rotor sections, and at least one alignment surface (60) in cooperation with a mating surface to rotationally position the drive adapter within the socket adapter at a selected circumferential position. The pump / motor may be reliably assembled in the field while maintaining precise axial and rotational positioning of the rotor sections.

An integrated tool system that includes various interchangeable implements and attachments to provide functionality of pliers, wrenches, hammers, ratchets and screwdrivers. Many of the attachments are secured to rectangular jaws at the upper portion of the device. The lower portion of the device includes an ratcheting gear for accepting sockets, socket adaptors, ratchet extensions and so forth. The upper and lower portions are separable to reveal a receiver for hexes that is stored within the handle, thereby facilitating screwdriving and the like.

A socket adaptor, for use in creating a laminated stump socket for use with a patient having a stump, in attaching a prosthetic limb to the patient. The socket adaptor has a main body and a plurality of prongs. The prongs are made of sheet titanium so that they are flexible and bendable to closely accommodate the stump. The socket adaptor is subsequently encapsulated with the laminated stump socket. The main body allows a prosthetic connector to be attached thereto to allow the laminated stump socket to secure directly to the prosthetic limb.

A socket adaptor 10 made of an electrically insulating material has a main adaptor body 12 on which a plurality of through holes 14 containing an upper opening and a lower opening has been formed. In certain preferred embodiments a probe pin 60 and coil spring 62 is placed in each through hole 14. An electrical engagement clipping part 68 for clipping a contact inserted in a respective through hole from said upper opening is formed on the upper end of each probe pin 60. The coil spring 62 is installed on each probe pin and biases the respective probe pin toward a position so that a tip formed on the lower end of the probe pin protrudes from the lower opening.

The present invention relates to a lampshade and manufacturing method, including how to manufacture the framework components and how to combine them together; said framework components include upper ring, low ring, linking members, ring connectors, upper and low socket adaptors; wherein said upper and low rings are made of circular steel bar in butt welding, and the ring plugs are welded on the stem of ring in uniform distribution, which is made of punched steel sheet by die; said upper and low socket bases of the framework are molded with plastic in one time; said linking members of the framework are made of punched steel sheet, which is plugged into the upper and low plastic socket bases with the both ends respectively; the plastic socket bases are connected to the upper and low rings together via the ring plugs; the combined lampshade framework appears into small top and big bottom. Said framework structure has high strength, not easy damage, and good looking feathers.

The invention discloses a socket adapter. The socket adapter comprises a socket body and a positioning disc; a positioning frame protruding downwards is arranged at the bottom of the positioning disc, two conductive rods are rotatably arranged on the positioning disc at the position of the positioning frame, the upper ends of the two conductive rods penetrate through first penetrating holes in the bottom of the socket body and are suitable for being electrically connected with a zero line terminal and a live line terminal respectively, and conductive inserting pieces extending transversely are arranged at the lower ends of the conductive rods; and the socket body is in linkage connection with each conductive rod through a linkage component, and when the socket body and the positioning disc rotate relatively, the conductive rods are driven to rotate through the linkage component, so that the conductive inserts are switched between a storage state in which the conductive inserts are stored in the positioning frame and a working state in which the conductive inserts extend out of the positioning frame. The socket adapter is reasonable in structure, when the socket adapter is installed, the positioning frame is inserted into the track groove of the track, then the socket body is rotated, when the socket adapter is disassembled, the socket body is rotated reversely, operation is convenient, and good practicability is achieved.

A suspension system and method for attaching a prosthetic device to a residual limb. In an illustrative embodiment, the suspension system comprises: a prosthetic socket that is attached to the prosthetic device; a socket adaptor that is incorporated into the prosthetic socket, the socket adaptor comprising a power supply, a microprocessor, and a power switch; a plurality of electromagnets, electropermanent magnets or electroadhesors that are arranged in an array and embedded in said prosthetic socket, each of said electromagnets, electropermanent magnets or electroadhesors being connected to the socket adaptor; a magnetically active liner that is adapted to be in intimate contact with said residual limb and that is fabricated from a magnetically active material; and a locking pin that protrudes from said magnetically active liner and that is adapted to attach the liner to the socket.

The socket adaptor insertion-removal tool including a handle, a depending shank terminating in a head with at least two conducting prongs wired to a receptacle in the handle top, for insertion into a socket adaptor, thus to provide electrical power from the receptacle in the top of the handle upon insertion of the socket adaptor into an electrical socket. In another embodiment, the handle top end does not have a receptacle.

The present invention relates to a pressure checking piston and the tools group used by the pressure checking piston. A socket adaptor (70) is stored in the accepting case (5) of the tools group. Besides, the loading tools (60) are embedded at the peristome of the accepting case (5). The loading tools (60), the circumference protuberance (63) at the lower end of the handle part (61) is embedded installed at the circumference trough (7) at the inner peristome of the accepting case (5), and the handle part also acts as the cover of the accepting case. In this way, the handle part (61) can also act as the cover of the accepting case (5), so it does not need the cover of the tools group of itself. At the state that the casing (20) is absorbed at the loading tools (60), the loading tools can not installed at the accepting case (5) in the tools group. Therefore, when we unloads the casing (20) of the pressure checking piston using the loading tools (60) and the pressure checking or the air stripping has finished, it can avoid that we forget to install the casing (20) again. In this way, it can avoid the careless exposing of the piston inner part, and it will not reduce the operation character when we do experiment.

A travel power adapter system includes a base unit and a plurality of adapter assemblies. The base unit provides an integral prong configuration associated with an intrinsic electrical plug standard. Each adapter assembly provides a prong configuration associated with a different extrinsic electrical plug standard. The base unit provides a base recess that the integral prong configuration can pivot into in a nested condition. Each adapter assembly provides coupling sleeves dimensioned to slidably receive, in a first direction, the plurality of prongs in the nesting condition, forming an operative association between the base unit and the prong configuration of the adapter assembly, enabling an electrical connection to a receptacle or socket associated with the extrinsic electrical plug standard. The adapter assembly provides a locking unit that engages a locking slot of the base recess, thereby preventing the adapter assembly unintentionally moving in the reverse first direction.