Abstract: A control device according to some embodiments of the disclosure includes one or more motors directed by the control device to form whip(s) from a length of a cable by causing the cutting of the cable in accordance with specifications based at least in part on whip information. An interface communicates the whip information between the control device and a user device.

Abstract: A sheet processing apparatus includes a puncher, a first sensor positioned upstream of the puncher in the conveyance direction, a second sensor positioned upstream of the first detection position in the conveyance direction, a drive source configured to drive the puncher, a controller configured to control the drive source. The controller executes a control mode including a first process of controlling a rotation speed of the puncher on a basis of a detection result of the second sensor and a second process of controlling the rotation speed of the puncher on a basis of a detection result of the first sensor. In the control mode, the controller does not stop rotation of the puncher in a period between the punching process on the preceding sheet and a punching process on the succeeding sheet.

Abstract: A sheet post-processing apparatus which is capable of shortening time wasted until actual start of punching and enhancing productivity. A drive unit causes a moving member which has a cam and reciprocates. A punching member is driven by a movement of the cam of the moving member and punches a sheet when the moving member moves forth and moves back. A determination unit determines a type of the sheet. A control unit controls, when a sheet to be punched is to be subjected to a punching process, the drive unit such that the moving member starts moving before conveyance of the sheet to be punched stops, and controls, when the sheet to be punched is to be subjected to the punching process, the drive unit such that timing with which the moving member starts moving is changed based on the determination by the determination unit.

Abstract: A continuous tortilla chip cutting system where tortilla carried on a conveyor are continuously divided by a cutting mechanism into pre-cuts for frying into chips. A programmable controller drives a servo motor that moves an upper surface of the conveyor at a known velocity V, and a detector located above the conveyor at a known distance D from the cutting mechanism alerts the controller to the imminent arrival of the tortilla. The controller also controls a servo motor that actuates the cutting mechanism in a stop/start fashion. Based on the detection of the tortilla, the controller drives the servo motor associated with the cutting mechanism at just the right time and at just the right speed so that the cutter mechanism cuts each arriving tortilla into predictable sub-units called “pre-cuts” based on the velocity V of the conveyor belt, the detection of the flat bread unit carried by the conveyor, and the known distance between the moving flat bread unit and the cutter assembly.

Abstract: The present invention provides a dispenser for dispensing pre-cut sheets from a roll or a web material to a user in need of the web material. The dispenser contains a product identification sensor in communication with a control circuit. This product identification sensor detects and identifies information about the roll of the web material placed in the holder and relays this information to the control circuit. The control circuit adjusts dispensing parameters for the actuator roller in dispensing a sheet of the web material from the dispenser.

Abstract: The present invention provides a liquid crystal substrate cutting device used for cutting a liquid crystal substrate along a cutting line, and the liquid crystal substrate cutting device comprises a heating unit and a cutter unit. The heating unit moves along the cutting line and heats the liquid crystal substrate to soften a sealant covered on the cutting line, and the cutter unit moves along the cutting line to further cut the liquid crystal substrate. The present invention comprises the heating unit for heating the liquid crystal substrate along the cutting line to soften the sealant covered on the cutting line such that the cutter unit can precisely cut the liquid crystal substrate without abnormity of the feeding distance of the cutter unit which cause the liquid crystal substrate to break. Therefore, the scrap-rate is reduced.

Abstract: An assembly for detecting proscribed defects in lumber having a first and second chop saw that operate independently and simultaneously to cut the defected areas of lumber from a piece of lumber and dispense the defected lumber pieces from a housing containing the assembly.

Abstract: Methods and systems to drive rotary presses are described. In one described example, a rotary press system includes a first rotary press and a second rotary press adjacent to the first rotary press. The first and the second rotary presses are to receive a strip of material. A drive member is operatively coupled to the first and the second rotary presses and a motor coupled to the drive member rotates the drive member to cause the first and second rotary presses to process the strip material.

Abstract: A method of detecting a kickback event for a table saw includes operatively connecting a stress sensor to the table saw that is configured to detect a characteristic of a work component of the table saw, the work component being coupled to a workpiece being cut by the table saw during a cutting operation. The stress sensor outputs stress signals indicative of the characteristic of the work component. A speed of the saw blade is then controlled based on the stress signals.

Abstract: The disclosure relates to a method for operating a food slicing device in which a sensor device with a sensor is provided, where a food product resting on a cutting bed is sliced with a cutting blade. The method is used for optimizing and monitoring the operation of the cutting blade. This is achieved in that a cutting force being applied by the cutting blade via the food product onto the cutting bed is determined using the sensor device.

Abstract: A guard device for a saw system in which the table saw is not operated without a saw blade guard, unless a user intends to make a non-through cut in a workpiece. The guard device, in one embodiment, determines whether an adjusted saw blade height corresponds to a thickness of the work piece to be cut and prevents the tool or motor driving the saw blade from operating if the saw blade is adjusted too high, in order to improve work conditions.

Abstract: A method for manufacturing a flexible substrate includes punching out a flexible substrate from a flexible tape wherein the flexible substrate has a first contour that is a part of a contour of the flexible substrate, and a second contour that is a remaining portion of the contour other than the first contour, and requires a punching accuracy lower than a punching accuracy of the first contour.

Abstract: The invention relates to a portable apparatus for cutting tiles (5) or the like. The cutting apparatus comprises a housing part (20), inside which there is fitted a carriage part (6), which is arranged to be moved in a power-driven manner by a motor means (11) provided in the housing part. A replaceable cutting blade (2) is fixed to the carriage part for moving with it along a linear path. In the housing part (20) there is formed a receiving opening (30), through which the tile (5) or the like to be cut can be manually introduced into the cutting apparatus. In connection with the receiving opening there is provided an adjustable stopper means (1) which can be adjusted in such a way that the tile (5) or the like to be placed against it is positioned at the desired cutting point with respect to the path of the blade (2).

Abstract: Exemplary embodiments are directed to systems, methods, devices, and computer-readable media for forming a fiber panel. A system may include a feed section for unrolling a round bale of material. The system may further include a compression section for receiving material from the unrolled bale of material. The compression section may include a press configured to apply a force to the material and a plurality of pistons to apply another force to the material. Additionally, the system may include an adjustable cutting section including a saw and configured to cut the material to form a panel having a desired length.

Abstract: Systems and methods for introducing hook fastening elements into a mold traveling along a mold assembly line are disclosed. The system can be configured to cut hook fastening tape into strips having a predetermined length based on information received from the mold assembly line, and to drop the cut strips directly into the mold at the appropriate intervals as the mold travels along the mold assembly line. Also disclosed is a system for facilitating the continuous feeding of hook fastening tape through the system.

Abstract: A sensing mechanism (12) for detecting user contact with an active portion (26) of the power tool (10) is provided. In addition, a safety mechanism (14) for preventing prolonged user contact with the active portion (26) of a power tool (10) is provided. The safety mechanism (14) is configured to actuate upon receipt of a signal from the sensing mechanism (12). According to a first aspect, the safety mechanism (14) is arranged to rapidly displace the active portion (26) away from a user extremity. Alternatively, according to a second aspect, the safety mechanism (14) is arranged to rapidly urge an extremity of the user away from the active portion (26) of the power tool (10).

Abstract: A sheet processing apparatus includes a punch motor, an actuator which rotates by driving of the punch motor, a punching blade which punches a sheet by driving of the actuator, and a controller which controls the driving of the punch motor so that approach run is gained, if a thickness of the sheet exceeds a threshold, in a rotating direction of the actuator in which the punching blade does not move at the beginning of the driving of the punch motor.

Abstract: A table saw having a reaction system configured to take a predetermined action to mitigate injury upon detection of a dangerous condition is disclosed. The reaction system has a component in a predetermined orientation relative to the blade and the component is configured to maintain its orientation relative to the blade as the blade is raised and lowered.

Abstract: A powered dispenser tor dispensing individual sheet segments from a continuous roll of sheet material provided with spaced tear lines comprises a powered feed mechanism, a releasable, powered drive mechanism, a powered transfer mechanism, a pair of web sensing sensors, a capacitive sensing system providing automatic sensitivity adjustment, and control circuitry. A dual power supply system provides a mechanical lock-out functionality, and the control system is protected from electrostatic build-up on the surface of the feed roller. The web sensor, and an antenna plate of the capacitive sensing system, are provided on respective printed circuit boards mounted in overlying relation. Utilizing signals received from the pair of web sensors and the capacitive sensing system, the control circuitry senses the presence of a user to activate the powered drive mechanism, and prevents further dispensing of the sheet material until a previously dispensed segment is separated from the roll.

Abstract: A sensing mechanism (12) for detecting user contact with an active portion (26) of the power tool (10) is provided. In addition, a safety mechanism (14) for preventing prolonged user contact with the active portion (26) of a power tool (10) is provided. The safety mechanism (14) is configured to actuate upon receipt of a signal from the sensing mechanism (12). According to a first aspect, the safety mechanism (14) is arranged to rapidly displace the active portion (26) away from a user extremity. Alternatively, according to a second aspect, the safety mechanism (14) is arranged to rapidly urge an extremity of the user away from the active portion (26) of the power tool (10).

Abstract: Saw mill for machine vision detection of undesirable features in the wood in shingles being cut from billets and automated optimized saw operation are disclosed. The saw mill includes a transport system that carries the billet through a butt-trimming saw, past a machine vision station, into an transition station for changing direction of travel of the billet and aligning the billet for travel into the subsequent gang rip saw station. The machine vision station determines any defects in the billet, grades the billet according to order-specific parameters, determines the optimal saw cut to maximize the value of the shingle, and sends control data to the gang rip saw controller, to position the saw blades for the optimal saw cut(s) for the shingle. A sorting system receives instructions from the visual imaging system and automatically shunts the product coming from the gang rip saw station into the appropriate container.

Abstract: A protective device for use with table-top circular saws that operate a tool designed as a rotating, disk-shaped sawing tool includes at least one actuator unit and at least one protective unit. The at least one actuator unit moves the protective unit into a protective position on the tool.

Abstract: A cutter blade is cut-in by being moved towards a deep part of a notch from one open end of the notch while being moved in a forward direction with respect to an outer periphery of a wafer. Immediately before a blade edge reaches the deep part of the notch, cutting movement of the cutter blade is once stopped, reversely moved to a initial piercing position, and thereafter, the cutter blade is moved towards the deep part of the notch from the other open end of the notch while being moved in a reverse direction with respect to the outer periphery of the wafer.

Abstract: In a device for the separation of sausage chains, having a feeding apparatus (1) for feeding sausage chains, with which a separating apparatus (3) for separating the sausage chains into individual sausage chain sections, respectively sausages, is associated and n-fold number of separating apparatuses (3.1 to 3.n) is to be integrated adjacent to each other in the device (P), wherein n?2.

Abstract: An apparatus 12 for cutting a cathode ray tube 10 comprises a support means 14 for supporting the screen 16 of the cathode ray tube 10, first and second sensors 18,20 (shown in FIGS. 3 and 4) for determining the external dimensions of the screen 16, first and second spaced diamond cutting means 22,24, and displacement means 26 for moving the support means 14 relative to the diamond cutting means 22,24.

Abstract: A divider insert feed system having a first air knife 120 and a second air knife 125 that are capable of displacing the divider insert 230 to a cutting position 500. If the first air knife 120 does not properly position the divider insert, then the second air knife 125 is activated to displace the divider insert. If after activating the second air knife 125 it does not properly displace the divider insert, then the first air knife 120 and second air knife 125 toggle back and forth to unjam the divider insert, and properly locate it in a cutting position.

Abstract: Disclosed are a sheet punching apparatus and a method for controlling the same in which the side end position of a sheet, its rear end position, a hole position, and the detachment state of a punch portion are sensed only by two sensors, and a punching hole can be formed at the exact position of a sheet by means of the two sensors.

Abstract: Embodiments of an apparatus and a method for automatically trimming a rectangular photovoltaic module are disclosed. The module comprises two longitudinal sides and two transverse sides and comprising two equally sized glass plates which rest one on the other and further comprises an intermediate layer comprising a film overlapping the glass plates on all sides. The apparatus comprises: a) holding means for fixing the rear transverse side of the module, b) means for the edge-precise cutting of the overlapping film of the module on the rear transverse side, c) means for the edge-precise, simultaneous cutting off of the overlapping film of the module on both longitudinal sides, d) holding means for fixing the front transverse side of the module, and e) means for the edge-precise cutting off of the overlapping film of the module on the front transverse side. A computer program for carrying out the method is also disclosed.

Abstract: A sensing mechanism (12) for detecting user contact with an active portion (26) of the power tool (10) is provided. In addition, a safety mechanism (14) for preventing prolonged user contact with the active portion (26) of a power tool (10) is provided. The safety mechanism (14) is configured to actuate upon receipt of a signal from the sensing mechanism (12). According to a first aspect, the safety mechanism (14) is arranged to rapidly displace the active portion (26) away from a user extremity. Alternatively, according to a second aspect, the safety mechanism (14) is arranged to rapidly urge an extremity of the user away from the active portion (26) of the power tool (10).

Abstract: A sheet processing apparatus comprises a first conveyer roller pair and a second conveyer roller pair arranged sequentially from the upstream side to the downstream side along a sheet conveyance route of a sheet of paper along with a punching unit disposed between the first and second conveyer roller pairs. The punching unit includes a hole cutting blade that is capable of retractably projecting the hole cutting blade relative to the sheet conveyance route so as to control the position of the hole cutting blade of the punching unit according to the condition of the sheet of paper being conveyed. The apparatus further comprises a control unit adapted to cause the hole cutting blade to project across the sheet conveyance route before the leading end of the sheet of paper being conveyed gets to the punching unit so as to make the leading end of the sheet of paper abut the hole cutting blade and correct the skew, if any, of the sheet of paper.

Abstract: Patterns detection to input data containing a plurality of transactions, each transaction having at least one item, is carried out in the following way. Filter conditions for interesting patterns are received, and a first wet of filter conditions applicable in connection with generation of candidate patterns is determined.

Abstract: The present invention discloses a log sawing system comprising multiple cutting blades. The multiple cutting blades are positioned to cut laterally or perpendicular to the centerline of the log which is to be cut. The logs are transported into cutting position using some type of log positioner. The multiple cutting blades are rotatably mounted on an arm which is pivotally mounted on a shaft in groups, being driven by an electrical or like motor, all of which are mounted onto a platform positioned adjacent to the log to be cut. Hydraulic lifters are used to partially rotate the saw blades into the cutting position adjacent the log. Means utilizing a computer and lasers are provided to develop a log cutting solution to best utilize the logs.

Abstract: A lower guillotine cutter blade (2) is mounted to a frame (1). A guillotine cutter-blade holder (3) holds an upper guillotine cutter blade (4) and vertically reciprocates with respect to the lower guillotine cutter blade (2). Rods (6) are vertically slidably mounted to the guillotine cutter-blade holder (3). A pressing plate (5) is secured to the lower ends of the rods (6). Springs (7) are fitted around the rods (6) between the guillotine cutter-blade holder (3) and the pressing plate (5) for downwardly elastically biasing the rods (6) so that the heads (6a) of the rods are kept abutted against the guillotine cutter-blade holder (3). In a cutting operation, after the pressing plate (5) is brought into abutment with a batch of paper (20), the guillotine cutter-blade holder (3) is further downwardly moved, thereby causing the lower and upper guillotine cutter blades (2 and 4) to cut the batch of paper (20) and also causing the heads (6a) to upwardly protrude from the guillotine cutter-blade holder (3).

Abstract: A power cutting tool having a movable blade, such as a table saw, comprising a radar sensing system for movement of an object in a region near the blade is disclosed. The radar sensing system emits a radio frequency wave and receives wave energy reflected by the object. The system measures the Doppler shift of the received wave energy to detect the presence of a fast moving object in a zone near the blade. When such a condition is detected, a reaction system can be activated to mitigate the condition.

Abstract: A food slicing machine is provided which includes restraining apparatus operative to engage the sides of a food product (4) to be sliced to produce lateral location of the food product. The restraining apparatus comprises a moveable member (8) operative to push a food product to be sliced against a guide (10). The machine is arranged to cause gripping apparatus (5) to engage one end of the food product when the food product is pressed by the moveable member against the guide, after which the moveable member moves away from the food product and thereby releases the lateral pressure on the food product prior to slicing thereof.

Abstract: A sensing mechanism (12) for detecting user contact with an active portion (26) of the power tool (10) is provided. In addition, a safety mechanism (14) for preventing prolonged user contact with the active portion (26) of a power tool (10) is provided. The safety mechanism (14) is configured to actuate upon receipt of a signal from the sensing mechanism (12). According to a first aspect, the safety mechanism (14) is arranged to rapidly displace the active portion (26) away from a user extremity. Alternatively, according to a second aspect, the safety mechanism (14) is arranged to rapidly urge an extremity of the user away from the active portion (26) of the power tool (10).

Abstract: Apparatus and method is disclosed for providing a safety system for power equipment comprising a machine having a lower tool, an upper tool, and a safety controller. The lower tool is electrically isolated from the reversible upper tool. A safety controller is coupled to the lower tool. A pair of electrically conductive gloves that are coupled to the safety controller are worn by an operator of the power equipment. Electrically conductive stock is held with the pair of electrically conductive gloves, the safety controller allowing the machine to operate when the electrically conductive stock contacts the lower tool.

Abstract: A safety cable cutter used for cutting a cable used in servicing an oil and gas well. A centrifugal arm roller and a guide roller are mounted on top of a frame. The cable is received on the rollers as the cable is lowered down a well bore. Mounted on ends of the centrifugal arm roller is a centrifugal arm attached to an arm coil spring. The coil spring holds the centrifugal arm next to the end of the roller. Opposite ends of a clamp attached to a cutter bar are slidably received in a pair of cutter bar guides. When the centrifugal arm roller exceeds a certain speed indicating a free fall of the cable, the bias force of the arm coil springs is overcome and the arms move outwardly. Contact ends of the arms engage the opposite ends of the clamp. The clamp and cutter bar are then moved outwardly and the cutter bar cuts the cable.

Abstract: An efficient and safe device designed to perform the difficult task of opening tightly fitting Shrink Wrap plastic packaging material and security tape around a product or product case, particularly that used for the distribution of CD-ROM'S, DVD'S, videogames, and videotapes. The device quickly cuts a clean slit opening in the Shrink Wrap and security tape along the inserted edge of the packaged product. The cutting element of the device can be in the form of a wire or blade, and function via heating, mechanical cutting action, and/or ultrasonic vibration. A multiple-capacity alignment channel guides various shaped products into proper cutting position. Sensors may activate the cutting/slitting action, with adequate heat, vibration, and/or mechanical cutting being applied for a time period sufficiently long, or until sufficient temperature is reached, to cut through the Shrink Wrap material and security tape without damaging the underlying product or product case.

Abstract: A permanent invisible magnetic marking and positioning system of unfinished steel rods, spring steel bars, workpieces, and the like. A midpoint or center of the rod, bar or workpiece is automatically located and a high-energy pulse is applied for an embedded magnetic marker in the workpiece. Meanwhile, the magnetizing heads can also be repositioned to various points on a workpiece for imparting manufacturing and product identification data. In the case of leaf springs, the center of a spring steel bar is located a magnetic marker is embedded there. A high-energy rectangular pulse imparts a permanent invisible magnetic marks and data. The embedded indicators having peak magnetic strength allow manual or automatic positioning for perfect alignment in bending, tapping and other forming processes.

Abstract: Power tool 1 may include table 5 on which work W is positioned. A portion of a circular blade 3 protrudes above table 5. Circular blade 3 may be driven by a motor. The motor may be controlled by a control device 90. Work W is cut by means of an operator sending work W positioned on an upper face of table 5 in the direction of the circular blade 3 while circular blade 3 is being driven by the motor. Power tool 1 may include first radar device 86 and second radar device 87 for monitoring a predetermined area in the vicinity of circular blade 3. First radar device 86 may detect whether objects other than work are present in the vicinity of a outer edge of circular blade 3. Second radar device 87 may detect the location of objects moving within the predetermined area in the vicinity of circular blade and detects the speed at which the objects are moving in the direction in which work is sent.

Abstract: The present invention provides a motor driven link press which enables working with a heavy press load and also enables a working cycle time to be improved even when a motor with a relatively low output power is used and which can be properly controlled easily. A motor driven link press comprises a link mechanism 1 that converts a rotating operation into a linear operation and a ram 6 that elevates and lowers for press working on the basis of this linear operation. The link mechanism 1 comprises a crank member 2 having a crank shaft 3 and an eccentric shaft portion 4, a pivoting link 5, a connecting rod 7, and a restraining link 8. The pivoting link 5 has a first to third connecting portions P1 to P3 and is connected to the eccentric shaft portion 4 of the crank member 2 using the connecting portion P1. The connecting rod 7 is connected to the second connecting portion P2 and the ram 6.

Abstract: The present invention discloses a log sawing system comprising multiple cutting blades. The multiple cutting blades are positioned to cut laterally or perpendicular to the centerline of the log which is to be cut. The logs are transported into cutting position using some type of log positioner. The multiple cutting blades are rotatably mounted on an arm which is pivotally mounted on a shaft in groups, being driven by an electrical or like motor, all of which are mounted onto a platform positioned adjacent to the log to be cut. Hydraulic lifters are used to partially rotate the saw blades into the cutting position adjacent the log. Means utilizing a computer and lasers are provided to develop a log cutting solution to best utilize the logs.

Abstract: To maintain high productivity and performing high-grade processes while minimizing deviation of a sheet process position in a direction at a right angle to a sheet conveying direction whatever types of sheets are to be processed, timing for starting detection of an end position of each of the sheets is controlled so as to execute the detection of the end position of each of the sheets at a vicinity of a sheet processing position on the sheet at which a sheet process is executed.

Abstract: A method for creating multiple punch holes during a finishing process of paper sheets and other sheet materials. A highlight of the present invention is the ability to select between at least two configurations of punch holes automatically, without manual adjustment, and “on-the-fly” without interruption of the sheet or paper flow. The perforation method utilizes two rotatable punches set at different angles such that when one intersects the sheet path, the other clears the sheet path. The speed of rotation is controlled such that the non-selected punch intersects the sheet path in a space between pitches.

Abstract: Power tool 1 may include table 5 on which work W is positioned. A portion of a circular blade 3 protrudes above table 5. Circular blade 3 may be driven by a motor. The motor may be controlled by a control device 90. Work W is cut by means of an operator sending work W positioned on an upper face of table 5 in the direction of the circular blade 3 while circular blade 3 is being driven by the motor. Power tool 1 may include first radar device 86 and second radar device 87 for monitoring a predetermined area in the vicinity of circular blade 3. First radar device 86 may detect whether objects other than work are present in the vicinity of a outer edge of circular blade 3. Second radar device 87 may detect the location of objects moving within the predetermined area in the vicinity of circular blade and detects the speed at which the objects are moving in the direction in which work is sent.

Abstract: To maintain high productivity and performing high-grade processes while minimizing deviation of a sheet process position in a direction at a right angle to a sheet conveying direction whatever types of sheets are to be processed, timing for starting detection of an end position of each of the sheets is controlled so as to execute the detection of the end position of each of the sheets at a vicinity of a sheet processing position on the sheet at which a sheet process is executed.

Abstract: A device and method for creating multiple punch holes during a finishing process of paper sheets and other sheet materials. The improved sheet punch including two rotatable punches set at different angles such that when one intersects the sheet path, the other clears the sheet path. The speed of rotation is controlled such that the non-selected punch intersects the sheet path in a space between pitches.

Abstract: A sheet processor capable of punching a sheet of paper without causing degraded alignment for filing or deteriorated quality of binding, and an image forming apparatus equipped with the sheet processor are provided. The sheet processor includes a punched hole detector for detecting whether a punched hole has already been made at an intended punching position in a sheet of paper on which an image has been formed, and a controller that controls a punching unit so as not to carry out a punching operation if it is determined that a punched hole exists at the intended punching position on the basis of a signal from the punched hole detector.

Abstract: A sheet finisher for an image forming apparatus of the present invention includes a conveying device for conveying a sheet and a punch unit for punching the sheet being conveyed by the conveying device. A sheet edge sensor senses the edge of the sheet, which is being conveyed by the conveying device, parallel to the direction of sheet conveyance. A drive source moves the sheet edge sensor in a direction perpendicular to the direction of sheet conveyance. Another drive source moves the punch unit in the direction perpendicular to the direction of sheet conveyance in accordance with information output from the sheet edge sensor. A controller controls the two drive sources by a preselected pulse ratio, thereby causing the punch unit to accurately punch the sheet.