Crimping tool

A wire processing machine, comprising:

• at least one movement device;
• at least one drive unit for producing force on the at least one movement device;
• and
• a crimping tool, wherein the crimping tool is movable by the at least one movement device,
• wherein the crimping tool comprises:
• a main body;
• at least one force-applying device, wherein force on the at least one force-applying device is applicable by the at least one drive unit;
• at least two crimping jaws for crimping at least one crimping connection to at least one conductor;
• at least one compensating device, wherein the at least one compensating device is at least one opening, by means of the at least one compensating device the at least one force-applying device is movable into a position in which substantially no force is transmittable to the at least two crimping jaws by virtue of the at least one force-applying device;
• and
• at least one force storage means, the at least one force storage means acting in the position of the at least one force-applying device in which substantially no force is transmittable to the at least two crimping jaws by virtue of the at least one force-applying device,
• wherein:
• the at least two crimping jaws are movable relative to the main body by the at least one force-applying device;
• the at least two crimping jaws are configured to adopt at least three processing positions by the at least one force-applying device, based on a relative position of the at least one force-applying device relative to the at least one compensating device;
• and
• the at least one force storage means is configured to act on the at least two crimping jaws such that the at least one crimping connection is held by force-locking caused by the at least two crimping jaws during a movement of the crimping tool by virtue of the at least one movement device.

A wire processing machine, comprising:

• at least one movement device;
• at least one drive unit for producing force on the at least one movement device;
• and
• a crimping tool, the crimping tool being movable by the at least one movement device,
• wherein the crimping tool comprises:
• a main body;
• at least one force-applying device, wherein force on the at least one force-applying device is applicable by the at least one drive unit;
• at least two crimping jaws for crimping at least one crimping connection to at least one conductor;
• at least one compensating device;
• and
• at least one force storage means, wherein the at least one force storage means is a tension spring;
• wherein:
• the at least two crimping jaws are movable relative to the main body by the at least one force-applying device;
• the at least two crimping jaws are configured to adopt at least three processing positions by the at least one force-applying device, based on a relative position of the at least one force-applying device relative to the at least one compensating device;
• and
• the at least one force storage means is configured to act on the at least two crimping jaws such that the at least one crimping connection is held by force-locking caused by the at least two crimping jaws during a movement of the crimping tool by virtue of the at least one movement device.

A wire processing machine comprising:

• at least one movement device;
• at least one drive unit for producing force on the at least one movement device;
• and
• a crimping tool, the crimping tool being movable by the at least one movement device,
• wherein the crimping tool comprises:
• a main body;
• at least one force-applying device, wherein force on the at least one force-applying device is applicable by the at least one drive unit;
• at least two crimping jaws for crimping at least one crimping connection to at least one conductor;
• at least one compensating device, wherein the at least one compensating device is at least one opening, by means of the at least one compensating device the at least one force-applying device is movable into a position in which substantially no force is transmittable to the at least two crimping jaws by virtue of the at least one force-applying device;
• and
• at least one force storage means, wherein the at least one force storage means is a tension spring, the at least one force storage means acting in the position of the at least one force-applying device in which substantially no force is transmittable to the at least two crimping jaws by virtue of the at least one force-applying device,
• wherein:
• the at least two crimping jaws are movable relative to the main body by the at least one force-applying device;
• the at least two crimping jaws are configured to adopt at least three processing positions by the at least one force-applying device, based on a relative position of the at least one force-applying device relative to the at least one compensating device;
• and
• the at least one force storage means is configured to act on the at least two crimping jaws such that the at least one crimping connection is held by force-locking caused by the at least two crimping jaws during a movement of the crimping tool by virtue of the at least one movement device.