32results about How to "Does not interfere with walking path" patented technology

Disclosed is a portable power distribution cabinet apparatus, for distributing power from a power source to an electrical load. The power distribution cabinet apparatus comprises a fixation cabinet body (9) which is used for installing a power distribution device, and a pivot door (99) which is pivotally installed on the fixation cabinet body (9) through rotational cooperation between a pivot shaft (91) and a bearing member (92) fixedly arranged on the fixation cabinet body (9), wherein the pivot door (99) is provided with an electrical device and is fixedly connected with the pivot shaft (91), and the upper end of the pivot shaft (91) is fixedly provided with a cylindrical cap body (93) which is disposed on the bearing member (92) and is axially positioned by means of the bearing member (92).

The invention discloses a power distribution cabinet in stable operation, and power distribution cabinet is used for distributing power to a power utilization load from a power supply. The power distribution cabinet comprises a fixed cabinet body (9) for installing a power distribution device. The upper end of the fixed cabinet body (9) is fixedly provided with a bearing part (92), and the lower end of the fixed cabinet body (9) is provided with a rotating motor (90). Moreover, the bearing part (92) and the rotating motor (90) are located in the same vertical plane. An output shaft of the rotating motor (90) is fixedly provided with a pivot shaft (91), and the upper end of the pivot shaft (91) is rotatingly disposed in the bearing part (92). The pivot shaft (91) is fixedly provided with a pivoting door (99), and the upper end of the pivot shaft (91) is fixedly provided with a cylindrical cap body (93) which is located above the bearing part (92) and is axially locate through the bearing part (92).

An intelligent power distribution cabinet device for distributing power from a power source to an electrical load, the power distribution cabinet device includes a fixed cabinet (9) for installing power distribution devices, and the upper end of the fixed cabinet (9) A bearing (92) is fixedly installed, and a rotating motor (90) is installed at the lower end of the fixed cabinet (9), and the bearing (92) and the rotating motor (90) are on the same vertical plane, and the rotating A pivot shaft (91) is fixedly installed on the output shaft of the motor (90), the upper end of the pivot shaft (91) is rotatably installed in the bearing member (92), and the pivot shaft (91) is fixedly installed with A pivoting door (99), the upper end of the pivoting shaft (91) is fixedly provided with a cylindrical cap (93) located on the bearing (92) and axially positioned by the bearing (92). ).

The invention relates to a motor control-adjusted power distribution cabinet device. The motor control-adjusted power distribution cabinet device is used for distributing power from a power source to a power utilization load. The motor control-adjusted power distribution cabinet device comprises a fixed cabinet body (9) for installing a power distribution device and a pivoted door (99) which is in rotational fit with a bearing component (92) through a pivoting shaft (91) so as to be installed on the fixed cabinet body (9) in a pivoted manner, wherein the bearing component (92) is fixedly arranged on the fixed cabinet body (9); the pivoted door (99) is provided with a power utilization device and is fixedly connected with the pivoting shaft (91); and the upper end of the pivoting shaft (91) is fixedly provided with a cylindrical cap body (93) which is located on the bearing component (92) and is axially positioned by means of the bearing component (92).

The invention discloses a portable small-tension yarn winding machine for a large-core-number high-density micro-cluster optical cable, wherein the machine comprises a rack, a motor, a supporting sleeve, a central hollow pipe, a first bearing, a movable ring mold seat, a yarn drum shaft sleeve, a guide mold, a flying shuttle and a yarn guide pipe; the central hollow pipe is rotatably mounted on the inner side of the supporting sleeve through the first bearing; the motor is connected with the first end of the central hollow pipe through a transmission mechanism, the movable ring mold seat is mounted at the second end of the central hollow pipe, and the guide mold is mounted on the movable ring mold seat; the yarn drum shaft sleeve is rotatably mounted on the outer side of the supporting sleeve through a second bearing; the flying shuttle is fixedly mounted on the movable ring mold seat; and the yarn guide tube is fixedly arranged on the flying shuttle. The rotating resistance torque of the second bearing can be converted into the product of yarn winding tension and the force arm from the outer diameter of a yarn roll to the central hollow pipe, the maximum yarn winding tension is small, the maximum value and the minimum value of the yarn winding force value are controllable, control is safe, the situation that a micro-cluster pipe or an optical fiber is damaged by tying cannot occur, and the yarn winding machine is reliable.

A power distribution cabinet for distributing power from a power source to an electrical load, the power distribution cabinet device comprises a fixed cabinet (9) for installing power distribution devices, and a pivot shaft (91) and a fixed cabinet The pivoting door (99) of the fixed cabinet (9) is pivotably mounted on the pivoting door (99) by the rotation of the bearing member (92) on the fixed cabinet (9), and the pivoting door (99) is installed on the pivoting door (99). There is an electrical device and is fixedly connected with the pivot shaft (91), the upper end of the pivot shaft (91) is fixedly arranged on the bearing member (92) and axially positioned by the bearing member (92) the cylindrical cap (93).

The invention discloses a power distribution cabinet device capable of operating stably, and the device is used for distributing power to a power utilization load from a power supply. The device comprises a fixed cabinet body (9) for installing a power distribution unit, and a pivoting door (99) which is in rotating fit with a bearing part (92) fixed on the fixed cabinet body (9) through a pivoting shaft (91) and is rotatignly installed on the fixed cabinet body (9). The pivoting door (99) is provided with a power utilization unit and is fixedly connected with the pivoting shaft (91). The upper end of the pivoting shaft (91) is fixedly provided with a cylindrical cap body (93) which is located above the bearing part (92) and is axially located through the pivoting shaft (91).