87 results about "Portable air compressor" patented technology

A pneumatic-snake like appratus and method for routine clearing of clogged plumbing-drain lines in buildings and marine installations, employing an air-supply of 80-120 psi at a nozzle-generated velocity sufficient to virtually disintegrate obstructions logged within the plumbing-drain system. Owing to direct-impact infusion of high-velocity air exiting the special ball-shaped fracturing-nozzle positioned at leading-end of the snaking air-hose, the “Pwr / Clogbuster™” is more effective at breaking-up plumbing-line clump-obstructions than conventional mechanical coiled-metal snake devices. Passed-into a drain-line to point of obstruction, the pneumatic-snake operator opens a control-valve positioned between the air-hose and air-supply unit (a conventional portable air-compressor / reservoir rig);—whereupon a few thrusting blasts at point-blank are sufficient to clear an obstruction. An annular drain-cup device is slip-fitted on the air-hose, and held near the drain-entry point, as to provide splash-deflection protection during the procedure;—plus, generic-variant nozzle configurations are also set forth.

An air compressor includes a compressor unit having a motor with a motor housing, a pump operably coupled to the motor and having a pump housing formed as a single piece with a portion of the motor housing, and a first tank fluidly connected to the pump to receive pressurized air from the pump when operated by the motor. The air compressor also includes a tank unit removably coupled to the compressor unit in a stacked arrangement. The tank unit includes a second tank fluidly connected to the pump to receive pressurized air from the pump when operated by the motor.

A portable air compressor having a compressor, a motor and a housing. The motor is coupled to the compressor and provides a source of power thereto. The housing defines an air compressor storage cavity in which the compressor and motor are stored. The housing has a first portion and a second portion that are hingedly coupled to one another to permit access to at least a portion of the interior of the housing.

A welding system is provided that includes an engine, a compressor coupled to the engine, and a regulator coupled to the compressor and located on a control panel. Another welding system is provided that includes an engine, a compressor coupled to the engine and a monitor circuit configured to monitor the duration of operation of the compressor by monitoring engagement of the clutch. A pressure gauge configured to be coupled to a compressor is also provided.

A portable air compressor assembly includes a tubular frame having a pair of parallelogram shaped side sections. A support plate is connected between the side sections and horizontally positioned in a compressor normal operating position. A plurality of operating components connect to the support plate. A fluid pressure tank is supported perpendicular to the side sections and forward of the operating components. The frame envelopes the operating components' outer perimeter and angularly extends to a stop point rearward of the operating components. When tipped rearward to the stop point, the compressor assembly returns by gravity to the compressor normal operating position. An instrument and connector panel including an engine on / off switch is mounted in a protected position. Wheels and structural feet are removable and a handle is retractable and removable for shipping.

An air compressor includes a compressor unit having a motor with a motor housing, a pump operably coupled to the motor and having a pump housing formed as a single piece with a portion of the motor housing, and a first tank fluidly connected to the pump to receive pressurized air from the pump when operated by the motor. The air compressor also includes a tank unit removably coupled to the compressor unit in a stacked arrangement. The tank unit includes a second tank fluidly connected to the pump to receive pressurized air from the pump when operated by the motor.

A portable air compressor assembly comprising a compressor configured to supply pressurized air along a first path at a first pressure. The compressor assembly further comprises at least first and second outlet valves. A first outlet path extends between the first outlet valve and the first path and a second outlet path extends between the second outlet valve and the first path. A first regulator is positioned along the first outlet path and is configured to regulate the pressure of air at the first outlet valve to a first outlet pressure distinct from the first path pressure. A second regulator is positioned along the second outlet path and is configured to regulate the pressure of air at the second outlet valve to a second outlet pressure distinct from the first path pressure and the first outlet pressure.

A portable air compressor unit (10) having a housing (22) with a rear end (30) and front end (26). The housing (22) includes a rear louver (66) near the rear end (30), an exhaust outlet (74) near the front end (26) and a mid louver (70) between the rear and front end. A rear cooler set (82) and rear fan (106) are disposed within the housing between the rear louver and mid louver. The fan (106) draws cooling air into the housing through rear louver (66) and through the rear cooler set (82). A front fan (122) and front cooler set (130) are disposed within the housing (22) between the mid louver (70) and exhaust outlet (74).

A dolly and compressor assembly for transporting compressors has a frame with a handle structure and a support portion. At least one wheel and a platform are attached to and supported by the support portion. To accommodate a compressor, a retention formation is disposed on the platform for engaging the compressor. The compressor, in turn, is provided with a receptor structure configured to receive the retention formation on the platform.

A vacuum excavation system which incorporates a low consumption air lance, a highly efficient multi-stage vacuum generation system effectively isolated from the waste stream and the air source, and a highly portable material collection system. The air lance includes a cylindrical main body which narrows to a flat taper nozzle at the digging end, and a tee-shaped handle with a swivel type air fitting at one end, while the vacuum generation system is a multi-stage ejector fitted onto a collection drum and consisting of successive venturi tubes with pressure equalizing check valves on the second and higher stages, the material collection system consisting of the drum and hoses or pipes connected to the drum through a separate opening. The system can be powered entirely by one 185 cfm portable air compressor, available from local tool rental firms if one is not owned, so than nearly any contractor, utility company, or design firm can easily outfit themselves for vacuum excavation, at a cost for the excavation system less the air compressor of less than one tenth that of a conventional system.

The present invention is directed to a portable air compressor assembly including a tool carrier. In an embodiment, the portable air compressor assembly includes an air tank for storing compressed air and a compressor for supplying compressed air to the air tank. Further, a frame is coupled to the air tank and compressor providing an area for which the air tank and compressor may be mounted. In such embodiment, a pair of wheels are pivotally mounted to the frame allowing for inclined transportation of the air compressor assembly. In an embodiment, the tool carrier assembly includes a pan support coupled to the frame for providing a support surface for an air compressor accessory and work material. In addition, a tool support is coupled to the pan support for providing an additional support surface for the air compressor accessory and work material. The tool support includes at least one strap.

A system, in one embodiment, may include an engine, a compressor coupled to the engine, and an oil fill assembly coupled to the compressor. The oil fill assembly relocates an oil fill location from a bottom region of the compressor to a top region of the compressor. A system, in other embodiments, may include a compressor retrofit kit. The kit may include a first tube configured to couple with a drain or an existing oil fill disposed in a base region of a compressor. The kit also may include a second tube coupled to the first tube, wherein the second tube is configured to couple with a vent in the compressor. The kit may include a relocated oil fill section coupled to the first tube, the second tube, or a combination thereof. A system having a compressor retrofit kit attached to the case of the compressor is also provided.

The invention relates to the technical field of portable air compressors, in particular to a portable air compressor with a wire winding function, which comprises a shell, an air compressor mechanism, a wire winding device and a power wire. A boss is arranged at a bottom of the shell, clamping holes are arranged on the boss, the air compressor mechanism is arranged inside the outer shell, and the wire winding device is arranged at the bottom of the boss. The wire winding device is pulled out from the boss or pushed into the boss by correspondingly matching with the clamping holes. The power wire is wound on the wire winding device. By the aid of the wire winding device additionally arranged on the portable air compressor, the power wire can be wound neatly and can be used and carried conveniently, the service life of the portable air compressor is prolonged, and the integral appearance and structure of the portable air compressor are attractive. Meanwhile, the power wire can be protected well without being squeezed or scratched, the potential safety hazard of an electricity leakage in use can be eliminated, portability is practically realized, and the service life of the portable air compressor is prolonged.

A portable air compressor includes a box and a compressor unit accommodated in the box. The compressor unit includes a main frame, a cylinder fitted with a piston body, a motor, and a transmission mechanism. The motor drives the transmission mechanism to have the piston body conduct reciprocating motion in the cylinder to produce compressed air, which is transferred to an air storage container. The cylinder and the main frame are integrally formed of plastic. The cylinder defines an exit hole communicating with an inner space thereof. A metal seat is integrally formed at the cylinder. The central hole of the metal seat communicates with the exit hole of the cylinder. A plug is urged by a compression spring to seal the central hole of the metal seat. The metal seat can endure high temperature within the cylinder to ensure air-tightness between the plug and the metal seat.

An air compressor comprising an air intake unit for importing air at atmospheric pressure. A cylinder means for compressing air; a storage tank; a first airline extending between the air intake unit and the cylinder means, the first airline being configured to convey air from the air intake unit into the cylinder means; a second airline extending between the cylinder means and the storage tank, the second airline being configured to convey compressed air from the cylinder means to the storage tank; a motor connected to the cylinder means, configured for driving the cylinder means; a valve inserted into the first airline, the valve being configured to be adjustable between a closed condition and an open condition.

An air compressor assembly having an unpainted air tank that is enclosed in a shroud. The air tank may be made of metal, plastic, or the like. In a preferred embodiment, the shroud is made of plastic. The shroud may also be made of metal or the like. The air compressor assembly according to the present invention may be formed in various styles, including a portable type air compressor assembly, a ''pancake'' type air compressor assembly, a ''hot-dog'' type air compressor assembly, a vertical ''hot-dog'' type air compressor assembly, a vertical stationary type air compressor assembly, a ''double hot-dog'' type air compressor assembly, and the like.

The invention relates to an air compressor. The air compressor comprises a compression unit provided with a motor with a motor housing, a pump operably connected with the motor, and a first storage tank fluidly connected with the pump. The pump is provided with a pump housing internally formed with a part of the motor housing; and the first storage tank receives the compressed air from the pump when the pump is operated by the motor. The air compressor further comprises a storage unit detachably connected with the compression unit in overlapped manner. The storage unit comprises a second storage tank fluidly connected with the pump; and the second storage tank receives the compressed air from the pump when the pump is operated by the motor.

The invention discloses a self-intake type air cylinder and an air compressor provided with the self-intake type air cylinder. The self-intake type air cylinder comprises an air cylinder body. The air cylinder body comprises a cylinder barrel, a piston and a seal ring. The piston conducts reciprocating motion in the cylinder barrel. The piston is sleeved with the seal ring. The piston and the cylinder barrel are in close fit through the seal ring. An included angle is formed between the axial direction of the seal ring and the motion direction of the piston. The cylinder barrel is provided with an air outlet. The air outlet is provided with a one-way valve. The self-intake type air cylinder comprises the cylinder barrel, the piston and the seal ring; the piston conducts reciprocating motion in the cylinder barrel; the piston is sleeved with the seal ring; the piston and the cylinder barrel are in close fit through the seal ring; the included angle is formed between the axial direction of the seal ring and the motion direction of the piston, namely the seal ring and the cylinder barrel are arranged in a relatively tilting mode. As a result, when the piston is pulled out till one edge of the seal ring breaks away from one edge of the cylinder barrel, air enters the cylinder barrel through the position. By means of the self-intake type air cylinder, an air inlet unit does not need to be additionally arranged on the cylinder barrel, therefore, the structure is simpler, the weight is lowered, the size is reduced, and miniaturization and portability of the portable air compressor are facilitated.

A portable air compressor including a base platform, a motor, a compressor, a first and a second cylindrical air tank. A vertically extending rod is attached to the base platform. At least two feet are connected to the second tank, for supporting the second tank on the first tank. A cylindrical collar is attached to an external surface of the second tank, the collar being positioned to slide over an upper portion of the rod when the second tank rests on the first tank, and holds the second tank immovable on the compressor, yet allows the second tank to be removed from the compressor when desired.

The portable air compressor (1) comprises an air pumping element (2), an electric motor for driving the pumping element (2), at least one tank (3) for storing the compressed air coming out of the pumping element (2), and a box-shaped container (5) for containing the pumping element (2), the electric motor and the tank (3).

The invention relates to the technical field of portable air compressors, in particular to a screw-free inflating pump movement. The screw-free inflating pump movement comprises a cylinder piston assembly, a driving motor and a speed reduction assembly and further comprises an inner box cover and an outer box cover which are buckled to each other; a containing cavity is formed in the inner box cover and the outer box cover which are buckled; the cylinder piston assembly and the speed reduction assembly are both installed in the containing cavity; the driving motor is connected to the inner box cover in a clamped manner and connected with the speed reduction assembly; a piston connection rod of the cylinder piston assembly is connected with the speed reduction assembly; and a cylinder cover is connected to an air outlet of the cylinder piston assembly in a clamped manner. By means of the inflating movement, various parts can be connected and fixed without screws, the installing procedures of the inflating movement are simplified, it is not needed to allocate lots of workers to perform the screw locking action in the batch production process, installation is convenient and fast, the labor intensity of workers is relieved, and the manufacturing cost of an enterprise is greatly reduced.

A retractable handle on a dolly for a portable compressor has a handle assembly including at least one handle pole and a handle grip member. The handle assembly is clamped onto a frame of the dolly using a clamp assembly. The clamp assembly includes a bearing portion configured for mounting the clamp assembly onto the frame, and a bushing portion for slidingly engaging the handle pole with respect to the clamp assembly.

A portable air compressor assembly includes a tubular frame having side sections and an assembly longitudinal axis. A support plate between the side sections supports a power unit having a longitudinal axis arranged perpendicular to the assembly longitudinal axis. A compressor having a compressor head and longitudinal axis is mounted to the support plate with the compressor longitudinal axis parallel to the power unit longitudinal axis and perpendicular to the assembly longitudinal axis. A fan connected to the power unit generates an air flow. A ducted cover enclosing the fan includes an air passage directing the air flow from the fan to the compressor head. The ducted cover includes inner and outer covers each including a portion of the air passage. An air scoop extends into the outer cover portion of the air passage to redirect the air flow.

The invention discloses a portable air compressor with a detachable multifunctional starting power supply. The portable air compressor comprises an air compressor body, an air pump, a motor and a power supply circuit. The air pump and the motor are arranged in the air compressor body and are electrically connected. The power supply circuit comprises an air compressor body circuit, a mobile power supply power utilization circuit and a mobile power supply charging circuit. A detachable multifunctional mobile power supply is arranged on the air compressor body. The multifunctional mobile power supply can provide power for the air compressor when no other power supply devices exist outdoors. The multifunctional mobile power supply is provided with a charging opening and a power utilization inserting opening and can be detached independently to be used as a mobile power supply for electronic equipment such as a mobile phone, and the multifunctional mobile power supply can be used as a vehicle storage battery emergency starting power supply and provide DC 12V voltage. The detached multifunctional mobile power supply has the same size as a normal mobile power supply, the size is small, moving and using are convenient, the multifunctional mobile power supply has multiple purposes, functions are various, carrying is convenient, and objects carried during going out are reduced.

An air compressor has a housing, a battery, a printed circuit board, a switch, an air compressing device and a belt. The housing is composed of a right cover and a left cover. A battery chamber, a printed circuit board chamber and a compressing device chamber are defined between the right and left covers to respectively receive the battery, the printed circuit board and the air compressing device. A baffle is formed in the housing between the printed circuit board chamber and the compressing chamber. The switch is mounted in and exposed from the housing and electrically connected to the printed circuit board. The belt is attached to the housing, such that a user can conveniently and easily carry the air compressor on the user's body to any desired location for use.