Abstract:
An air valve connection head is compatible with a variety of air pumps and is formed of a first housing member and a second housing member. The first housing member is provided at one end thereof with an insertion hole in which the second housing member is lodged, and at other end thereof with a connection hole engageable with a cylindrical tube of the air pumps. The first housing member is further provided with a first air duct in communication with the connection hole and the insertion hole. The second housing member is provided with a receiving cell which is in turn provided at one end with a fitting port for receiving the air valve of an inflatable object. The receiving cell is provided at other end with a control handle pivoted thereto. The receiving cell is provided with an air injecting mechanism which is controlled by the control handle to lash securely and open up the air valve. The second housing member is provided in the outer periphery with a valve cell and a second air duct in communication with the valve cell and the receiving cell. The valve cell is provided with a check valve to allow one-way air flow from the first air duct to the second air duct.
Abstract:
A floor air pump comprises an outer tube, a pressure leaking device, a pressure gauge, and an air discharge tube. The outer tube is provided with two cylinders different in size from each other. The pressure leaking device is disposed in the lower end of the outer tube and is provided in the interior thereof with a receiving compartment in communication with the large cylinder. The receiving compartment is provided with a pressure leaking slide block, and at least two leakproof rings to keep the inner wall of the receiving compartment in the airtight state. The pressure leaking slide block is provided with an annular groove for forming a channel along with the pressure leaking slide block. The receiving compartment is provided therein with a spring to provide the pressure leaking slide block with a recovery force. The pressure gauge is disposed in the outer side of the outer tube such that the pressure gauge is in communication with the interior of the outer tube. The air discharge tube is disposed in one side of the pressure gauge for discharging the air so as to inflate an inflatable object.
Abstract:
An inflation nozzle has a cylindrical receiving cell which is provided with an air inlet, an open end, and an engagement port for engaging the air valve of an inflatable object. The receiving cell contains a first elastic annular block, a seat block, a second elastic annular block, and a press block. A handle is pivoted to the open end for pressing the press block. The seat block has a through hole in communication with a through hole of the second elastic annular block. The seat block is provided with a rotary member which has a curved portion and a notch. A coil spring enables the curved portion and the notch to remain at an angle at which the curved portion and the notch face the engagement port. When the engagement port is engaged with an air valve of the U.S. specification, the valve tube of the air valve is inserted into the notch to arrest the rotary member such that the valve bar of the air valve is pressed by the curved portion to allow the passage of air. When the engagement port is engaged with an air valve of the French specification, the rotary member is pushed to turn such that the valve bar of the air valve is pressed by the press block to allow the air passage.
Abstract:
A shackle lock comprises a body, a first shackle, a second shackle, and two holding bodies. The first shackle is engageable at both ends thereof with two insertion holes of the body while the second shackle is engageable at both ends thereof with the two holding bodies, which are provided respectively with an axial hole in which the body is held. The two holding bodies are further provided with two oblong through holes corresponding in location to the insertion hole of the body. The two oblong through holes of the holding body are opposite in location to each other. One of the two oblong through holes of each of the two holding bodies is engageable with the first shackle.
Abstract:
A valve connector of an air pump includes a case with a channel and a guiding room therein. The channel is communicated with the guiding room. Two valve connector assemblies are provided in the case, each of which has a tunnel communicated with the guiding room, wherein the tunnels form apertures on a sidewall of the guiding room. A switching device is received in the guiding room and pivoted on the sidewall of the guiding room. The switching device has two arms on opposite sides of a pivot axle thereof. The arms are moved toward or away from the apertures respectively when the switching device is swung to close or open the apertures.
Abstract:
An air pump has a cylinder with a non-circular configuration in a cross section. A bar has a handle and an adapter at opposite ends respectively. A piston having a configuration fitted with the cylinder is connected to the adapter. A nozzle is communicated with the cylinder. A pivot is provided between the bar and the adapter, such that the handle is free for rotation relative to the cylinder.
Abstract:
A whistle has a whistle member having a mouthpiece at a front thereof, a chamber therein, a passage communicated with the chamber, and an outlet at a sidewall of the chamber, and a light emitting device provided on the whistle member, which has a lamp, a battery and a switch device, wherein the lamp is conducted with the battery and the switch is provided at between the lamp and the battery to turn the lamp on or off.
Abstract:
A universal air nozzle adapter includes a casing including a first air hole connectable to a US type air nozzle, a second air hole connectable to a UK type air nozzle, and air inlet for communication with the first and second air holes; a switching valve mounted in the casing for controlling the air inlet to connect the first air hole or the second air hole, and at least one air nozzle connector detachably mounted on the casing and each having an end connected with one of the first and second air holes and the other end connected with one of different types of air nozzles.
Abstract:
A combination bicycle tool kit includes a case, the case having a receiving open chamber and a positioning groove for attaching to a tubular member, a first tool set receivable in the receiving open chamber, a second tool set detachably secured to the outside wall of the case, the first and second tool sets each having a tool holder base and a set of tools pivoted to a pivot shaft at one end of the tool holder base and turned in and out of the tool holder base between the operative position and the non-operative position, and an elastic band adapted to secure the case to one tubular member of the frame of a bicycle.
Abstract:
An air pump comprises an outer tube, a distribution guide tube, and a spring. The outer tube is provided in the interior with a large cylinder and a small cylinder. The distribution guide tube is disposed at the lower end of the outer tube and is provided with two air chambers, one of which is in communication with the large cylinder and is provided with a pressure leaking slide block, two leakproof rings, and an annular groove located between the two leakproof rings for forming a duct. The spring is disposed in the air chamber for providing the pressure leaking slide block with a recovery spring force. Another air chamber of the distribution guide tube is in communication with the large cylinder and the small cylinder for discharging air to inflate an inflatable object.