Abstract:
A limiting member (91) includes a main body (911) and a convexity (912) formed at the upper face of the main body (911). The convexity (912) protrudes like a key toward the front-face side of a case (1). The case (1) has a hole (92) storing the limiting member (91), the hole (92) having an inclined face (921) that is inclined obliquely upward from the rear-face side to the front-face side of the case (1). The hole (92) has a depth larger than the height of the limiting member (91) on the rear-face side, and has substantially the same depth as the front-face side height of the main body (911) on the front-face side. A document cover (4) has a hole (93) including a U-shaped concavity (931) that is open on the rear-face side of the case (1), formed on the front-face side of the case (1). When the limiting member (91) is located on the front-face side of the case (1), the convexity (912) engages with the U-shaped concavity (931).
Abstract:
A limiting member (91) includes a main body (911) and a convexity (912) formed at the upper face of the main body (911). The convexity (912) protrudes like a key toward the front-face side of a case (1). The case (1) has a hole (92) storing the limiting member (91), the hole (92) having an inclined face (921) that is inclined obliquely upward from the rear-face side to the front-face side of the case (1). The hole (92) has a depth larger than the height of the limiting member (91) on the rear-face side, and has substantially the same depth as the front-face side height of the main body (911) on the front-face side. A document cover (4) has a hole (93) including a U-shaped concavity (931) that is open on the rear-face side of the case (1), formed on the front-face side of the case (1). When the limiting member (91) is located on the front-face side of the case (1), the convexity (912) engages with the U-shaped concavity (931).
Abstract:
A spontaneously degradable fiber excellent in bulkiness, softness, stretchability and feeling, which comprises (A) a low heat-shrinkable fiber component comprising a high crystalline aliphatic polyester and (B) a high heat-shrinkable fiber component comprising an aliphatic polyester, e.g., a low crystalline or non-crystalline aliphatic polyester, and a block copolymer or a mixture the main component of which is an aliphatic polyester and which comprises a high-melting component and a low-melting component. Further, fibers excellent in self-crimpability or self-adhesion property and dividable fibers are obtained by suitably combining the fiber components (A) and (B) to form conjugated fibers or composite yarns.
Abstract:
There are provided a conveying path provided in an apparatus body and serving to convey a sheet-like object in a longitudinal direction, a moving body capable of being moved to a position in which the conveying path is to be exposed and a position in which the sheet-like object can be conveyed to cover the conveying path, and at least three support members for supporting the moving body to be slid in an almost horizontal direction with respect to the apparatus body and to be separated or joined are provided on a lower end portion at the side that a user accesses for a jam processing in the moving body and both upper and lower end portions at the opposite side thereof. Accordingly, in the case in which the user is to carry out the jam processing by separating the moving body from the apparatus body, a jammed paper in the conveying path can be removed easily.
Abstract:
There are provided a conveying path provided in an apparatus body and serving to convey a sheet-like object in a longitudinal direction, a moving body capable of being moved to a position in which the conveying path is to be exposed and a position in which the sheet-like object can be conveyed to cover the conveying path, and at least three support members for supporting the moving body to be slid in an almost horizontal direction with respect to the apparatus body and to be separated or joined are provided on a lower end portion at the side that a user accesses for a jam processing in the moving body and both upper and lower end portions at the opposite side thereof. Accordingly, in the case in which the user is to carry out the jam processing by separating the moving body from the apparatus body, a jammed paper in the conveying path can be removed easily.
Abstract:
A spontaneously degradable fiber excellent in bulkiness, softness, stretchability and feeling, which comprises (A) a low heat-shrinkable fiber component comprising a high crystalline aliphatic polyester and (B) a high heat-shrinkable fiber component comprising an aliphatic polyester, e.g., a low crystalline or non-crystalline aliphatic polyester, and a block copolymer or a mixture the main component of which is an aliphatic polyester and which comprises a high-melting component and a low-melting component. Further, fibers excellent in self-crimpability or self-adhesion property and dividable fibers are obtained by suitably combining the fiber components (A) and (B) to form conjugated fibers or composite yarns.
Abstract:
Structure is provided to efficiently discharge sheets outputted from an image forming apparatus to a plurality of bins. In a copier, for an original supplied from a document feeder, an image forming apparatus forms an image on a sheet supplied from a sheet feeder, and the sheet is discharged through a sheet discharging port. A sheet outputting apparatus receives discharged sheets through a sheet receiving port. In accordance with information of a job relating to the sheets copied supplied through an operation panel, a control unit causes the sheets to be distributed to be discharged to a plurality of bins. The number of acceptable sheets to each bin is detected by a detecting device. A control unit controls discharge of sheets to that the number of bins is a minimum, so that discharge to bins is easily conducted in a subsequent copying job.
Abstract:
A biodegradable copolyester having an average molecular weight of at least 50,000 produced by copolymerizing a lactic acid component as the main component with PEG, an aliphatic polyester or a sulfo group-containing ester-forming compound, a molded article produced using it, such as a conjugate fiber, and a process for producing the molded article.
Abstract:
An apparatus for joining two ceramics using microwave energy, having a cavity resonator in which the ceramics are placed; a microwave-generator means for producing microwave radiation to be introduced into the cavity resonator; a pressurizer for pressing the joining surfaces of the ceramics against each other; and a temperature controller for controlling the temperature distribution of the ceramics in such a way that the temperature of the ceramics at the joining surfaces is highest and rapidly decreases toward the unjoined ends of the ceramics is disclosed. The microwave-generator may include a microwave oscillator, a klystron amplifier, and an isolator. The temperature controller can be a dielectric heater or a combination of a dielectric heater and a temperature difference-producer.
Abstract:
An artificial fur having chinchilla-like appearance and hand, which consists of a substrate fabric and piles provided on at least one surface thereof, which piles comprise underhairs of 0.5 to less than 4.0 deniers, having an average length of 10.about.35 mm, a hair density of 8,000.about.30,000 hairs/cm.sup.2, a crimp ratio of at most 20%, a frictional coefficient in the right direction of 1.6 or less and a frictional coefficient ratio of the adverse direction to the right direction of 1.0.about.1.4. The piles preferably further comprise guard hairs of 4.about.50 deniers, equal to or a little longer than underhairs, having a hair density of 3,000 hairs/cm.sup.2 or less. The piles preferably have color variations lengthwise.