A combing machine includes a machine frame, drive unit, gearing mechanism, operating device, and nipper unit pivotably mounted in the machine frame and having a lower nipper plate with a nipper lip and an upper nipper plate. The combing machine also includes a pair of detaching rollers forming a clamping line, wherein a drive arm of the nipper unit is connected to an intermittently-driven nipper shaft in a rotationally-fixed manner. The nipper shaft is driven by means of a coupling element, which is connected to a driven gearing element. An adjusting device connected to the nipper shaft is provided for adjusting a distance between the nipper lip and the clamping line. The gearing mechanism also includes a fixation in a basic position with a mechanical blocking, and a sensor for measuring the distance or a variable proportional to the distance, and a display of the distance on the operating device.

A combing machine includes a machine frame, drive unit, gearing mechanism, operating device, and nipper unit pivotably mounted in the machine frame and having a lower nipper plate with a nipper lip and an upper nipper plate. The combing machine also includes a pair of detaching rollers forming a clamping line, wherein a drive arm of the nipper unit is connected to an intermittently-driven nipper shaft in a rotationally-fixed manner. The nipper shaft is driven by means of a coupling element, which is connected to a driven gearing element. An adjusting device connected to the nipper shaft is provided for adjusting a distance between the nipper lip and the clamping line. The gearing mechanism also includes a fixation in a basic position with a mechanical blocking, and a sensor for measuring the distance or a variable proportional to the distance, and a display of the distance on the operating device.

The invention relates to a combing machine (1) having at least one combing unit (X1-X16) for combing out fiber material (Z) supplied to the combing unit in a direction of conveyance (F), wherein the combing unit has a gripper unit (10) with a lower gripper plate (2) and an upper gripper plate (3) mounted so that it is movable relative to the lower gripper plate, and the lower gripper plate (2) has on its top side a feed trough (19) with an upstream feed area (ZF), wherein a rotatably mounted feed cylinder (9) protrudes into the feed trough, the fiber material (Z), which is connected to the feed trough, being supplied to a gripper lip (5) mounted on the front end of the lower gripper plate (2). To improve the accessibility to the top side of the lower gripper plate and the combing cylinder mounted rotatably beneath the gripper, it is provided that a rear guide area (HF) is adjacent to the feed area (ZF) to the feed trough (19)in a direction opposite the direction of conveyance (F) of the fiber material (Z)wherein the feed area (ZF) and the rear guide area (HF) from an obtuse angle , and the rear guide area (HF)as seen in the direction of conveyance (F) of the fiber material (Z)runs with a falling inclination at an angle 35 to a horizontal plane (E).

The invention relates to a combing machine (1) having at least one combing unit (X1-X16) for combing out fiber material (Z) supplied to the combing unit in a direction of conveyance (F), wherein the combing unit has a gripper unit (10) with a lower gripper plate (2) and an upper gripper plate (3) mounted so that it is movable relative to the lower gripper plate, and the lower gripper plate (2) has on its top side a feed trough (19) with an upstream feed area (ZF), wherein a rotatably mounted feed cylinder (9) protrudes into the feed trough, the fiber material (Z), which is connected to the feed trough, being supplied to a gripper lip (5) mounted on the front end of the lower gripper plate (2). To improve the accessibility to the top side of the lower gripper plate and the combing cylinder mounted rotatably beneath the gripper, it is provided that a rear guide area (HF) is adjacent to the feed area (ZF) to the feed trough (19)in a direction opposite the direction of conveyance (F) of the fiber material (Z)wherein the feed area (ZF) and the rear guide area (HF) from an obtuse angle , and the rear guide area (HF)as seen in the direction of conveyance (F) of the fiber material (Z)runs with a falling inclination at an angle 35 to a horizontal plane (E).

The invention relates to a combing machine having a plurality of combing heads (10), wherein each combing head (10) has a nipper assembly (18) with a pivotably mounted upper nipper plate (22) and a rotationally fixed lower nipper plate (20) and each has a combing cylinder (16) which is mounted in a rotationally fixed mount on a common shaft (12). A movement of the upper nipper plate (22) is controlled by a rotational angle position of the combing cylinder (16) by means of a control unit (29). Each combing cylinder (16) is provided on its circumference with a combing segment (38) and detaching segment (46), wherein a rotatably mounted detaching roller (48) can be advanced to the detaching segment (46). According to the invention, at least one combing cylinder (16a) is arranged on the common shaft (12) with an offset (14) relative to the other combing cylinders (16b, 16c) to reduce the mechanical load on the common shaft (12).

A combing machine includes a machine frame, drive unit, gearing mechanism, operating device, and nipper unit pivotably mounted in the machine frame and having a lower nipper plate with a nipper lip and an upper nipper plate. The combing machine also includes a pair of detaching rollers forming a clamping line, wherein a drive arm of the nipper unit is connected to an intermittently-driven nipper shaft in a rotationally-fixed manner. The nipper shaft is driven by means of a coupling element, which is connected to a driven gearing element. An adjusting device connected to the nipper shaft is provided for adjusting a distance between the nipper lip and the clamping line. The gearing mechanism also includes a fixation in a basic position with a mechanical blocking, and a sensor for measuring the distance or a variable proportional to the distance, and a display of the distance on the operating device.

A combing machine includes a machine frame, drive unit, gearing mechanism, operating device, and nipper unit pivotably mounted in the machine frame and having a lower nipper plate with a nipper lip and an upper nipper plate. The combing machine also includes a pair of detaching rollers forming a clamping line, wherein a drive arm of the nipper unit is connected to an intermittently-driven nipper shaft in a rotationally-fixed manner. The nipper shaft is driven by means of a coupling element, which is connected to a driven gearing element. An adjusting device connected to the nipper shaft is provided for adjusting a distance between the nipper lip and the clamping line. The gearing mechanism also includes a fixation in a basic position with a mechanical blocking, and a sensor for measuring the distance or a variable proportional to the distance, and a display of the distance on the operating device.