A system and method for cutting a bread loaf into sandwiches comprising two partially connected slices of bread with a pocket there between. The system and method comprise measuring the outline of the bread loaf and cutting a sandwich pocket as well as cutting a sandwich off the bread loaf, according to a predetermined sandwich width or per user's preferences.

A soft good dispensing device includes a loading zone, one or more rollers, and a cutting mechanism. The loading zone is configured to receive a soft good supply. The one or more rollers are configured to automatically unwind a desired quantity of a soft good from the soft good supply. The cutting mechanism is configured to automatically separate the desired quantity of the soft good from the soft good supply. The cutting mechanism includes a rotary cutting blade and a rotatable blade adjustment mechanism. The rotary cutting blade is configured to cut the soft good as the rotary cutting blade travels relative to an unwound portion of the soft good. The rotatable blade adjustment mechanism is coupled to the rotary cutting blade and operable to extend the rotary cutting blade from the cutting mechanism and retract the cutting blade into the cutting mechanism.

A soft good dispensing device includes a loading zone, one or more rollers, and a cutting mechanism. The loading zone is configured to receive a soft good supply. The one or more rollers are configured to automatically unwind a desired quantity of a soft good from the soft good supply. The cutting mechanism is configured to automatically separate the desired quantity of the soft good from the soft good supply. The cutting mechanism includes a rotary cutting blade and a rotatable blade adjustment mechanism. The rotary cutting blade is configured to cut the soft good as the rotary cutting blade travels relative to an unwound portion of the soft good. The rotatable blade adjustment mechanism is coupled to the rotary cutting blade and operable to extend the rotary cutting blade from the cutting mechanism and retract the cutting blade into the cutting mechanism.

A soft good dispensing device includes a loading zone, one or more rollers, and a cutting mechanism. The loading zone is configured to receive a soft good supply. The one or more rollers are configured to automatically unwind a desired quantity of a soft good from the soft good supply. The cutting mechanism is configured to automatically separate the desired quantity of the soft good from the soft good supply. The cutting mechanism includes a rotary cutting blade and a rotatable key. The rotary cutting blade is configured to cut the soft good as the rotary cutting blade travels relative to an unwound portion of the soft good. The rotatable key is coupled to the rotary cutting blade and operable to extend the rotary cutting blade from the cutting mechanism and retract the cutting blade into the cutting mechanism.

A soft good dispensing device includes a loading zone, one or more rollers, and a cutting mechanism. The loading zone is configured to receive a soft good supply. The one or more rollers are configured to automatically unwind a desired quantity of a soft good from the soft good supply. The cutting mechanism is configured to automatically separate the desired quantity of the soft good from the soft good supply. The cutting mechanism includes a rotary cutting blade and a rotatable key. The rotary cutting blade is configured to cut the soft good as the rotary cutting blade travels relative to an unwound portion of the soft good. The rotatable key is coupled to the rotary cutting blade and operable to extend the rotary cutting blade from the cutting mechanism and retract the cutting blade into the cutting mechanism.

An optical fiber cleaver includes a cleaver base body having a holder guide portion which positions a fiber holder holding an optical fiber, and a cleaver lid body attached to the cleaver base body to be openable and closable. A slider having a blade member piercing the optical fiber is attached to the cleaver base body to be movable in a width direction. A pawl member is arranged in one sidewall of the holder guide portion. Further, a count indication mechanism which counts and indicates the number of times the slider returns to an initial position is provided in the cleaver base body. The optical fiber cleaver is configured to enable a counting operation of the count indication mechanism only when the fiber holder is set in the holder guide portion such that the pawl member is pressed.

An optical fiber cleaver includes a cleaver base body having a holder guide portion which positions a fiber holder holding an optical fiber, and a cleaver lid body attached to the cleaver base body to be openable and closable. A slider having a blade member piercing the optical fiber is attached to the cleaver base body to be movable in a width direction. A pawl member is arranged in one sidewall of the holder guide portion. Further, a count indication mechanism which counts and indicates the number of times the slider returns to an initial position is provided in the cleaver base body. The optical fiber cleaver is configured to enable a counting operation of the count indication mechanism only when the fiber holder is set in the holder guide portion such that the pawl member is pressed.

The present disclosure relates to a punching device for punching network nodes on a mold insert, comprising: a first horizontal guide rail, a mounting seat, a first driver, a punching mechanism, a laser distance meter, a host computer, a displacement operation controller, and a work platform, wherein the laser distance meter is configured to measure at least one of thicknesses and hole diameters, spacing between the network nodes, and flatness of the mold insert, the displacement operation controller derives an appropriate value of electrical current from measurement results of the laser distance meter and sends it to the host computer, and the host computer supplies electricity to the electromagnetic mechanism in accordance with the value of electrical current, so as to perform an operation of punching the network nodes. In addition, it also relates to a method of punching network nodes on a mold insert using a punching device.

The present disclosure relates to a punching device for punching network nodes on a mold insert, comprising: a first horizontal guide rail, a mounting seat, a first driver, a punching mechanism, a laser distance meter, a host computer, a displacement operation controller, and a work platform, wherein the laser distance meter is configured to measure at least one of thicknesses and hole diameters, spacing between the network nodes, and flatness of the mold insert, the displacement operation controller derives an appropriate value of electrical current from measurement results of the laser distance meter and sends it to the host computer, and the host computer supplies electricity to the electromagnetic mechanism in accordance with the value of electrical current, so as to perform an operation of punching the network nodes. In addition, it also relates to a method of punching network nodes on a mold insert using a punching device.

A measurement structure is adapted for a curtain cutting machine, and the curtain cutting machine contains: a track, a slidable seat, a scale set, a cutting device, and a covering cover. The track includes a front segment and a rear segment, the slidable seat is disposed on and slides along the track and includes a clamping apparatus. The scale set is secured on the track so as to indicate a position of the slidable seat, the cutting device is located adjacent to the front segment of the track and includes an opening, and the covering door is mounted between the cutting device and the track and moves between a first position and a second position. When the covering door slides to the first position, it stops the opening of the cutting device, and when the covering door slides to the second position, it opens the opening of the cutting device.