Abstract:
A sheet delivering device includes a first frame stood on a base and a housing having a height position adjusted to the base. A second frame is attached to the housing in a body and located adjacent to the first frame. The height adjustment member is attached to one frame and includes engaged stop parts with different heights. The lever member is turnably attached to another frame and includes a contact stop member stopped into contact with the engaged stop part. Between an interference posture forming a contact stopping state by an interference of the contact stop member and engaged stop part and a withdrawal posture withdrawing from the interference when the housing moves to the base in the upward and downward directions, the lever member usually is advanced to the interference posture by a movement force, but changed to the withdrawal posture by turning against the movement force.
Abstract:
A sheet supplying device includes a recording media container to accommodate a stack of recording media therein, a sheet feeding unit to feed a recording medium from the stack of recording media in the recording media container, a frame to support the recording media container and the sheet feeding unit, a holder to hold the recording media container by surrounding the outer circumference of the recording media container, and a locking mechanism to engage the frame and the holder with each other. The recording media container is detachably attachable to the frame in a first detaching and attaching operation and a second detaching and attaching operation. The locking mechanism causes the frame and the holder to engage at removal of the recording media container in the first detaching and attaching operation.
Abstract:
The shaft positioning device includes a first supporting part, a second supporting part, and a position-limiting structure. The first supporting part includes a first hole. The second supporting part includes a second hole. After two ends of a shaft are penetrated through the first hole and the second hole, respectively, the position-limiting structure is located beside the first supporting part to limit the axial position of the shaft. Consequently, the shaft positioning device of the present invention is capable of positioning various types of shafts without the need of reserving a large installation space.
Abstract:
A sheet supplying device includes a recording media container to accommodate a stack of recording media therein, a sheet feeding unit to feed a recording medium from the stack of recording media in the recording media container, a frame to support the recording media container and the sheet feeding unit, a holder to hold the recording media container by surrounding the outer circumference of the recording media container, and a locking mechanism to engage the frame and the holder with each other. The recording media container is detachably attachable to the frame in a first detaching and attaching operation and a second detaching and attaching operation. The locking mechanism causes the frame and the holder to engage at removal of the recording media container in the first detaching and attaching operation.
Abstract:
In an exemplary embodiment, the present invention provides a device comprising a platform and a handle end seat coupled to the platform. The handle end seat is configured to seat therein a handle end of a handle of a hand-held tape dispensing gun. The device includes a gun handle cradle coupled to the platform and spaced from the handle end seat. The gun handle cradle is configured to secure the handle of the hand-held tape dispensing gun. In operation, the device securely holds the tape dispensing gun vertically or horizontally so that the user's hands are freed to dispense various lengths of tape from the roll of tape in the gun.
Abstract:
An image recording apparatus including first and second bodies that are removably connected to each other. The first body includes (i-a) a pair of first box portions (i-b) a connector interconnecting the first box portions, (i-c) at least one first foot portion provided on a bottom surface of each of the first box portions so as to be in contact with an installed surface, and (i-d) at least one first support portion extending upwardly from the at least one first foot portion. The second body includes (ii-a) a pair of second box portions, (ii-b) a connector interconnecting second box portions, and (ii-c) at least one second foot portion provided on a bottom surface of each of the second box portions. The second foot portion is located in a position aligned with the first support portion, so as to be in contact with a distal end of the first support portion. A sheet conveying device is held by a frame member which bridges between the second box portions.
Abstract:
A belt unit (10) includes a drive roller (5), an idle roller (6) and an endless belt (4) stretched around the drive roller (5) and the idle roller (6). The drive roller (5) is supported by a belt frame (8) via bearings (2). The idle roller (6) is supported by the idle roller frame (16) via bearing members (10L, 10R). The idle roller frame (16) is rotatable relative to the belt frame (8) about a rotation axis aligned with the center position of the belt frame (8), with the result that the influence of the deformation of the belt frame (8) is not exerted on the idle roller frame (16).
Abstract:
A system and method for selectively replacing one set of folding boards for another set of folding boards is provided. The system can include a first frame assembly secured to a first set of folding boards. The first set of folding boards can be initially placed in a web-receiving position for receiving and folding webs, such as tissue webs. The system can also include a second frame assembly secured to a second set of folding boards, which is placed in another position. The first set of folding boards at the web-receiving position can then be selectively replaced by the second set of folding boards. For example, in one embodiment, each frame assembly can be simultaneously rotated about an axis to replace the first set with the second set.
Abstract:
Carrier roll winder for winding a material web divided by longitudinal cuts, e.g., a paper or board web, which has two carrier rolls arranged to form a roll bed on which the wound rolls rest with axes aligned as they are wound up. A pressure roll system is included, which has a crossmember running horizontally and displaceable vertically, to which a pressure roll having an axis parallel to the crossmember is fixed. The crossmember, including the pressure roll carried by it and other units carried by it, has a mass M of 9.25·I2.5, where M is the mass in kilograms and I is the length in meters. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.
Abstract:
An interfolding machine having a framework (1) comprising a first plate (20a) and a second plate (20b), parallel to each other, interconnected by means of beams (15, 25, 26). Each plate (20a or 20b), has a modular structure and comprises at least one lower portion (22a or 22b) and an upper portion (23a or 23b). The upper portions (23a, 23b) of the plates (20a, 20b) are connected by beams (25), whereas the lower portions (22a, 22b) are connected by relative beams (26, 15). The upper portion has a portion (5) removable independently from the framework (1). The removable portion (5) comprises cutting rollers (8), the rollers bringing a cutting tool (10) and folding rollers (9). The web conveying rollers (6, 7), conveying the paper along the direction of process are mounted on the fixed portion (24) of the upper portion (23) of the framework (1).