Abstract: A semi-automatic book sewing machine comprises a base and an actuation device, wherein the actuation device comprises: a mobile platform glidingly contacts a base; a rotary drum driven to spin locally by a motor; a bottom panel installed on the mobile platform's bottom and having a panel fixture block at one side; a manual adjustment kit used in driving the mobile platform and the bottom panel for displacement; two slip joint plates glidingly contacting the base and the mobile platform; a linkage connected between two slip joint plates; at least a push-pull member connected to the linkage for outward and inward movements back and forth; a binder plate pivotally fitted at the linkage and communicating with the push-pull members for pivotal compression and separation under the effect of the push-pull members.

Abstract: A semi-automatic book sewing machine comprises a base and an actuation device, wherein the actuation device comprises: a mobile platform glidingly contacts a base; a rotary drum driven to spin locally by a motor; a bottom panel installed on the mobile platform's bottom and having a panel fixture block at one side; a manual adjustment kit used in driving the mobile platform and the bottom panel for displacement; two slip joint plates glidingly contacting the base and the mobile platform; a linkage connected between two slip joint plates; at least a push-pull member connected to the linkage for outward and inward movements back and forth; a binder plate pivotally fitted at the linkage and communicating with the push-pull members for pivotal compression and separation under the effect of the push-pull members.

Abstract: A fully automatic coil binding machine includes a main body, a width adjusting device, a paper clamping device, a resting device, a coil driving device, a cutting device and a driving device. The main body has a coil guiding slot and a guiding row of teeth. The width adjusting device may be used to adjust the width of the coil guiding slot. The paper clamping device has a paper slot, in which a stack of paper may be placed. The binding edge of the stack of paper may rest on the resting device, so that its curvature may be adjusted. The coil driving device may move the coil located in the coil guiding slot along the guiding row of teeth into the paper slot and drive the coil to spin through the holes of the stack of paper.

Abstract: An automated book punch includes a base, a positioning mechanism, a punching mechanism, a conveying mechanism, a transfer mechanism and a paper straightening/collection mechanism: the base has a paper tray; the positioning mechanism at a fixed position (an open position) locates a book held in the paper tray (allows the book to pass); the punching mechanism is used to punch a book held in the paper tray; the conveying mechanism conveys a book in the paper tray; the transfer mechanism is able to shift a punched book from the conveying mechanism to a predetermined position; the paper straightening/collection mechanism collects and straightens a book from the transfer mechanism.

Abstract: A fully automatic coil binding machine includes a main body, a width adjusting device, a paper clamping device, a resting device, a coil driving device, a cutting device and a driving device. The main body has a coil guiding slot and a guiding row of teeth. The width adjusting device may be used to adjust the width of the coil guiding slot. The paper clamping device has a paper slot, in which a stack of paper may be placed. The binding edge of the stack of paper may rest on the resting device, so that its curvature may be adjusted. The coil driving device may move the coil located in the coil guiding slot along the guiding row of teeth into the paper slot and drive the coil to spin through the holes of the stack of paper.

Abstract: An automated book punch includes a base, a positioning mechanism, a punching mechanism, a conveying mechanism, a transfer mechanism and a paper straightening/collection mechanism: the base has a paper tray; the positioning mechanism at a fixed position (an open position) locates a book held in the paper tray (allows the book to pass); the punching mechanism is used to punch a book held in the paper tray; the conveying mechanism conveys a book in the paper tray; the transfer mechanism is able to shift a punched book from the conveying mechanism to a predetermined position; the paper straightening/collection mechanism collects and straightens a book from the transfer mechanism.

Abstract: A book coil binding machine includes a housing, a coil guiding block, a conveying device, a clamping device, a supporting apparatus and a cutting apparatus. The coil guiding block is removably disposed on the housing. The conveying device drives a coil moving forwards along the coil guiding block. The clamping device clamps the book in the book clamping space for the coil being guided into the holes of the book when the clamping device is at the clamping position. The clamping device releases the book when the clamping device is at the releasing position. The supporting apparatus is provided for the book in the book clamping space being abutted thereto when the supporting apparatus is at a supporting position, whereas the supporting apparatus is departed from the book when the supporting apparatus is at a loosening position. The cutting apparatus cuts off the two ends of the coil which are extended out of the book when the cutting apparatus is at a cutting position.

Abstract: An automatic book coil binding machine comprising a table, a driving motor, a paper clipping apparatus, a linkage apparatus, a paper alignment apparatus, a coil guiding apparatus and a coil cutting apparatus is provided. When the paper clipping apparatus is driven by the driving motor and the linkage apparatus to a paper clipping position, the paper alignment apparatus is simultaneously driven to locate at a paper detaching position. The coil guiding apparatus is then driven to a guiding position to lead a coil in. The coil cutting apparatus moves to a cutting position to cut the coil at the predetermined position. Thus, the book and the coils are able to be bound rapidly and precisely.

Abstract: An angle cutting machine with exchangeable cutting members includes a base portion, an adjusting device, a cutting device, a powering device and a positioning device. The adjusting device includes a base board, an adjusting portion and a position limiting portion. An adjusting area and a position limiting area are formed in the base board. The cutting device has a vertical axle and a plurality of cutting members. The powering device can provide power to the vertical axle so that the vertical axle can carry out a reciprocating up-down motion. The positioning device moves along with the cutting device to ensure the correct positioning of the cutting device. Therefore, the cutting members may be fitted to the main body more accurately and more easily and safety in the use of the cutting machine may be enhanced.

Abstract: A semi-automatic coil binding machine includes a machine b as e, a coil pitch control mechanism, a cutting mechanism, a coil conveyor mechanism, a coil stop mechanism, a document conveyor mechanism and a press fit mechanism: the coil pitch control mechanism conveys a spiral coil to a predetermined length; the cutting mechanism cuts the spiral coil to a predetermined length; the coil conveyor mechanism conveys the cut spiral coil; the coil stop mechanism stops the spiral coil at a threading position from which the spiral coil is threaded onto a pile of documents; the document conveyor mechanism conveys the pile of documents with a spiral coil threaded to a press-fit position at which the spiral coil and the documents are pressed by the press fit mechanism for the spiral coil securely bonded to the documents at bookbinding and substantially increased throughput.

Abstract: An angle cutting machine with exchangeable cutting members includes a base portion, an adjusting device, a cutting device, a powering device and a positioning device. The adjusting device includes a base board, an adjusting portion and a position limiting portion. An adjusting area and a position limiting area are formed in the base board. The cutting device has a vertical axle and a plurality of cutting members. The powering device can provide power to the vertical axle so that the vertical axle can carry out a reciprocating up-down motion. The positioning device moves along with the cutting device to ensure the correct positioning of the cutting device. Therefore, the cutting members may be fitted to the main body more accurately and more easily and safety in the use of the cutting machine may be enhanced.

Abstract: A multiple holes punching machine includes a main body and a holes-punching unit. The main body includes a first side board and a second side board. A positioning slot is provided on the inner side of the first side board and at least a sloped surface is formed in the positioning slot. A manual stick is pivotally connected to the second side board and may be rotated. An engagement portion is provided on the stick. The holes-punching unit comprises a first side board, a second side board, a border adjusting assembly and a plurality of holes-punching members. A male positioning portion is provided on one end of the first side board. A sloped surface and an arc-shaped surface are provided on the male positioning portion. Therefore, as the holes-punching unit is fitted to the main body, accurate positioning and secured attachment may be achieved.

Abstract: In a damped closing mechanism for automatic shutting pull door, a door closing mechanism includes a screw wheel to store restoring force, a change over device and a brake gear to produce a damping effect is integrally combined and equipped on the frame of a moving door panel. The brake gear is to alleviate the actuating force and moving speed of the door panel provided by the screw wheel. The change over device is capable of changing the damping effect of the brake gear to generate nearby the closing position of the door so as to alleviate colliding speed and impulse of the moving door panel with the door post when shutting without affecting the pulling of the door panel before closing.

Abstract: An apparatus for cutting a single coil and adjusting distance thereof includes a longitudinal cut module and an adjustment module. The longitudinal cut module is adapted to cut the spiral coil at an end thereof according to an external diameter of the spiral coil, and to synchronously bend the spiral coil to prevent the spiral coil from departing from the document. The adjustment module synchronously adjusts a distance between the auxiliary shaft and the driving shaft, and a position of the longitudinal cut module. Therefore the winding bearing set and the longitudinal cut module synchronously meet spiral coil with the same diameter. By the aforementioned design, an objective of conveniently assembling spiral coil into the holes drilled on the document is achieved.

Abstract: An apparatus for driving a spiral coil into a document ring synchronously adjusts a winding and a longitudinal size thereof, so that a document is convenient for arranging. The apparatus includes a winding bearing set, an adjustment module, and a longitudinal cut module. The winding bearing set has a driving shaft for driving the spiral coil into the holes drilled on the document, and an auxiliary shaft for supporting the spiral coil. The longitudinal cut module is adapted to cut the spiral coil at an end thereof according to an external diameter of the spiral coil, and to synchronously bend the spiral coil to prevent the spiral coil from departing from the document. The adjustment module synchronously adjusts a distance between the auxiliary shaft and the driving shaft, and a position of the longitudinal cut module. Therefore the winding bearing set and the longitudinal cut module synchronously meet spiral coil with the same diameter.

Abstract: A pressing structure for a hole-punching unit includes an axle, two wrenching pieces, a pole and two pressing pieces, wherein the axle is axially attached to a case of the hole-punching unit, with one end of the axle axially connecting to a control knob, each wrenching piece connecting to the axle near its end, the pressing piece having a spring coil disposed at its middle and pivotally connected to the pole, and the pressing piece having a pair of lapping portions extending from a first side of the spring coil, and a pair of suppressing portions extending from a second side of the spring coil, the lapping portions leaning against an upper edge of the wrenching piece for the control knob to drive the wrenching piece to move synchronously, so as to let the suppressing portions to press the hole-punching assembly and to fasten the hole-punching assembly.

Abstract: An improved manufacturing method for the hole-punching assembly of a hole-punching unit is disclosed. The method of the present invention comprises the following steps: (1) forming a plurality of aluminum balancing pieces with a rectangular shape by extrusion, and forming an indentation area on one side of each balancing piece; (2) forming an elongated slot by an application of stamping on the indentation area of each balancing piece; (3) obtaining a plurality of rectangular pieces (the number of which equals that of the balancing pieces), made of iron, and forming a row of holes by a single application of stamping on each rectangular piece; and (4) fitting each of the rectangular pieces onto the indentation area of a balancing piece, and connecting the balancing pieces together by screws or bolts. The manufacturing method can lower the production cost and simplify the production process of the hole-punching assembly.

Abstract: A hole-punching assembly comprising a positioning piece, a clamping piece, a plurality of tool holders, two balancing rods and a plurality of hole mountings. Each end of the positioning piece couples to the hole mounting through a balancing rod, the positioning piece has a gliding rail, a receiving slot and a confining part disposed at an indentation at each end for each of the tool holders to go through the positioning piece, thereby fixing the tool holders. Each of the tool holders has a first end extending to one of the hole mountings and a second end being blocked by the clamping piece. The clamping piece has one rod disposed at each end, with each end of the rod protruding through the receiving slot axially and being restrained by the confining part, thereby fixing the clamping piece and forcing the tool holder to move axially to facilitate easy switching and dismantling of the tool holders.