59results about How to "Easily dismounted" patented technology

A developing unit is detachably mounted on a photosensitive unit to form a combined unit called a process unit. In use, the process unit is loaded into an electrophotographic image forming device. A rotational shaft of the photosensitive drum projects out from a photosensitive unit. When the process unit is loaded into the image forming device from a top open space, both ends of the rotational shaft are engaged with a pair of guides formed in side walls of the image forming device and guided down along the guides. The process unit is accommodated in an accommodating section when both ends of the rotational shaft have been brought into abutment with stops at the ends of the guides and a trailing end of the process unit is rotated downward about the rotational shaft.

A wheel suspension arm comprises a link opening (12) for pivotably securing the wheel suspension arm to a vehicle frame and an axle opening (11) for securing an axle element (2) to the wheel suspension arm. A peripheral edge (11a) of the axle opening includes at least one discontinuation, such as a slot (13). A screw (17) can be tightened to clamp the axle element (2) in the axle opening (11). The invention also relates to a method for producing the inventive wheel suspension arm and to a wheel suspension comprising said wheel suspension arm.

A sheet feeding apparatus includes sheet accommodating means for accommodating a sheet, the sheet accommodating means being detachably mountable to the apparatus; feeding means for feeding the sheet from the sheet accommodating means; press-contact means for press-contacting the sheet in the sheet accommodating means to the feeding means; a guiding member for guiding the sheet accommodating means such that sheet accommodated in the sheet accommodating means is not contacted to the feeding means when the sheet accommodating means is mounted to the apparatus; moving means for moving the guiding member to bring the sheet into contact to the feeding means after the sheet accommodating means is mounted to the apparatus.

Provided is an inkjet image forming apparatus having a nozzle unit cleaning and capping means and a method of cleaning and capping the nozzle unit. The inkjet image forming apparatus includes an inkjet head including a nozzle unit with a length corresponding to a width of a sheet of paper, and a body having an opening formed at one side thereof, wherein the inkjet head slides through the opening in a main scanning direction to be mounted in or removed from the body. The nozzle unit is cleaned by a wiper and capped when the inkjet head is removed from the body.

An LED structure includes a first conductive body, a first insulating body on the first conductive body, a second conductive body on the first insulating body, and an LED. The first conductive body has a conducting portion upward projected from the insulating body and the second conductive body, so that a conducting section at a top of the conducting portion is exposed at the insulating sleeve portion. The LED is mounted on the conducting section of the first conductive body and electrically connected to the second conductive body. With these arrangements, the LED structure may be mounted on a power supply board without the need of distinguishing the polarities of electrodes, and can therefore be easily mounted to and dismounted from the power supply board and be conveniently replaced when necessary.

A dryer and a motor mounting structure of the same are provided. The dryer includes: a cabinet; a drum housed inside of the cabinet; a motor for providing a driving force to the drum; a belt for connecting a driving shaft of the motor with the drum; a base disposed at a lower side of the drum; a motor supporter having a pass-through part, which is disposed at its one side and supports the driving shaft; a cushion provided between the driving shaft and the motor supporter; a guide rib provided at the base; and a guide rib inserting part provided at the motor supporter to have a corresponding shape of the guide rib, such that the motor supporter is slid and mounted on the base.

An ignition plug cooling device of a vehicle engine for efficiently cooling the ignition plugs while increasing the freedom in the arrangement of the ignition plugs. A vehicle engine includes a first ignition plug and a second ignition plug for making respective electrodes thereof face a combustion chamber and are mounted on a cylinder head. An air flow passage through which a flow of air passes and a cooling oil chamber through which lubrication oil for the engine passes are formed in the cylinder head. The first ignition plug is arranged in the air flow passage to enable a cooling of the first ignition plug by the flow of air which passes through the air flow passage. The second ignition plug is arranged adjacent to the cooling oil chamber to enable a cooling of an area around the second ignition plug by oil which passes through the cooling oil chamber.

The object is to produce a magnetic encoder having a large outer diameter at a low cost, provide a sensor case which is compact in size and can be easily mounted and dismounted with a sensor element received therein, and to provide a double row rolling bearing with a preload application device and a rotational speed sensor which comprises a small number of parts and thus can be assembled easily. A magnetic member 12 of the magnetic encoder 11 is made of a magnetic material bound by rubber. The magnetic member 12 is bonded to an annular presser member 8, which also serves as a metal core, by an adhesive 13, thus eliminating the need for a mold and other facilities for vulcanization bonding. This makes it possible to manufacture a magnetic encoder 11 with a large outer diameter at a low cost.

A clip for clamping a cloth according to the invention is mounted on an embroidery frame including an outer frame, and an inner frame which is internally engaged with the outer frame thereby to hold a cloth to be worked between the outer frame and the inner frame. The clip includes a leaf spring member which can be detachably mounted on the outer frame, and an urging member which is fitted to this leaf spring member and adapted to press the cloth to be worked onto the inner frame. The leaf spring member has a first engaging portion adapted to be engaged with a lower part of the outer frame from outside, a first plate portion extending upwardly from the first engaging portion, a second plate portion formed in an upper part of this first plate portion by way of a bent portion and downwardly inclined along an inner face of the outer frame, and a second engaging portion formed in this second plate portion and adapted to be engaged with an upper part of the outer frame from inside. The urging member is provided on the second plate portion and adapted to press a part of the cloth to be worked extending upwardly from between the outer frame and inner frame onto the inner frame. According to the structure, the cloth to be worked can be reliably clamped to be held in a stabilized state, and a slack of the cloth while embroidering can be prevented. At the same time, the clip can be made compact and lightweight, and can be easily mounted or dismounted.