32results about How to "Easy walking path" patented technology

Provided is an anti-misoperation power distribution cabinet device, used for distributing electric power from a power supply to electrical loads. The power distribution cabinet includes a fixed cabinet body (9) used for installing power distribution devices, and a pivotal door (99) which can be pivotally mounted to the fixed cabinet body (9) through the rotation cooperation between a pivotal axis (91) and a bearing component (92) fixed on the fixed cabinet body (9). The pivotal door (99) is provided with an electric device, and is in fixed connection with the pivotal axis (91); the upper end of the pivotal axis (91) is fixedly provided with a cylindrical cap (93) located above the bearing component (92) and performing axial location by means of the bearing component (92).

A power distribution cabinet device convenient to operate is used for distributing electric power from a power supply to an electricity load. The power distribution cabinet device comprises a fixed cabinet body (9) for installing a power distribution device and a pivot door (99) which is installed on the fixed cabinet body (9) in a pivoted mode through the running fit between a pivot shaft (91) and a bearing part (92) fixedly arranged on the fixed cabinet body (9). A power utilization device is installed on the pivot door (99), the pivot door (99) is fixedly connected with the pivot shaft (91), and a cylindrical cap body (93) which is located on the upper portion of the bearing part (92) and axially positioned by means of the bearing part (92) is fixedly arranged at the upper end of the pivot shaft (91).

A power distribution cabinet device with LED indicators for distributing power from a power source to a power load, the power distribution cabinet device includes a fixed cabinet (9) for installing power distribution devices and a pivot shaft (91 ) is pivotally installed on the pivot door (99) of the fixed cabinet (9) in cooperation with the rotation of the bearing (92) fixed on the fixed cabinet (9), the pivot The door (99) is equipped with useful electrical components and is fixedly connected with the pivot shaft (91), and the upper end of the pivot shaft (91) is fixedly arranged on the bearing (92) and 92) and the axially positioned cylindrical cap (93).

The invention provides a power distribution cabinet with safety operation, aiming at distributing electric power to an electricity load from a power source. The power distribution cabinet with safety operation includes a fixed cabinet body (9) for installing power distribution devices, wherein a bearing piece (92) is fixedly arranged on the upper end of the fixed cabinet body (9); a rotation motor (90) is arranged at the lower end of the fixed cabinet body (9); the bearing piece (92) and the rotation motor (90) are arranged on the same vertical plane; a pivotal axis (91) is fixedly arranged on an output axis of the rotation motor (90); the upper end of the pivotal axis (91) is rotatably arranged in the bearing piece (92); a pivotal door (99) is fixedly arranged on the pivotal axis (91); and the upper end of the pivotal axis (91) is fixedly provided with a cylindrical cap body (93) which is arranged on the bearing piece (92) and can perform axial positioning by means of the bearing piece (92).

The invention relates to a power distribution cabinet device. The power distribution cabinet device is used for distributing power from a power source to a power utilization load. The power distribution cabinet device comprises a fixed cabinet body (9) for installing a power distribution device; the upper end of the fixed cabinet body (9) is provided with a bearing component (92); the lower end of the fixed cabinet body (9) is provided with a rotating motor (90); the bearing component (92) and the rotating motor (90) are in the same vertical plane; the output shaft of the rotating motor (90) is fixedly provided with a pivoting shaft (91); the upper end of the pivoting shaft (91) is rotatably installed in the bearing component (92); a pivoted door (99) is fixedly installed on 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 relates to a high-efficient power distribution cabinet device. The high-efficient power distribution cabinet device is used for distributing power from a power source to a power utilization load. The high-efficient 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 power distribution cabinet device which is capable of improving the safety and is used for distributing electric power from a power supply to a power utilization load. The power distribution cabinet device comprises a fixed cabinet body (9) used for installing power distribution devices and a pivot door (99) which is installed on the fixed cabinet body (9) in a pivoted mode through rotating cooperation of a pivot shaft (91) and bearing parts (92) fixedly arranged on the fixed cabinet body (9), the pivot door (99) is provided with a power utilization device which 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 located on the upper bearing part (92) and achieves axial positioning with the help of the upper bearing part (92).

The invention relates to a power distribution cabinet for electric power equipment. The power distribution cabinet is used for distributing power from a power source to a power utilization load. 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 provided with a bearing component (92); the lower end of the fixed cabinet body (9) is provided with a rotating motor (90); the bearing component (92) and the rotating motor (90) are in the same vertical plane; the output shaft of the rotating motor (90) is fixedly provided with a pivoting shaft (91); the upper end of the pivoting shaft (91) is rotatably installed in the bearing component (92); a pivoted door (99) is fixed to 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).

Provided is a power distribution cabinet capable of indication, used for distributing electric power from a power supply to electrical loads. The power distribution cabinet includes a fixed cabinet body (9) used for installing power distribution devices; the upper end of the fixed cabinet body (9) is provided with a bearing component (92), and the lower end of the fixed cabinet body (9) is provided with a rotary motor (90); the bearing component (92) and the rotary motor (90) are on a same vertical panel; the output axis of the rotary motor (90) is fixedly provided with a pivotal axis (91); the upper end of the pivotal axis (91) can be installed in the bearing component (92) in a rotating mode; the pivotal axis (91) is fixedly provided with a pivotal door (99); the upper end of the pivotal axis (91) is fixedly provided with a cylindrical cap (93) located above the bearing component (92) and performing axial location by means of the bearing component (92).

The invention relates to a novel power distribution cabinet device. The novel power distribution cabinet device is used for distributing power from a power source to a power utilization load. The novel 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 relates to a safety power distribution cabinet device. The safety power distribution cabinet device is used for distributing power from a power source to a power utilization load. The safety power distribution cabinet device comprises a fixed cabinet body (9) for installing a power distribution device; the upper end of the fixed cabinet body (9) is provided with a bearing component (92); the lower end of the fixed cabinet body (9) is provided with a rotating motor (90); the bearing component (92) and the rotating motor (90) are in the same vertical plane; the output shaft of the rotating motor (90) is fixedly provided with a pivoting shaft (91); the upper end of the pivoting shaft (91) is rotatably installed in the bearing component (92); a pivoted door (99) is fixed to 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).

Provided is a power distribution cabinet with high safety, used for distributing electric power from a power supply to electrical loads. The power distribution cabinet includes a fixed cabinet body (9) used for installing power distribution devices, and a pivotal door (99) which can be pivotally mounted to the fixed cabinet body (9) through the rotation cooperation between a pivotal axis (91) and a bearing component (92) fixed on the fixed cabinet body (9). The pivotal door (99) is provided with an electric device, and is in fixed connection with the pivotal axis (91); the upper end of the pivotal axis (91) is fixedly provided with a cylindrical cap (93) located above the bearing component (92) and performing axial location by means of the bearing component (92).

The invention relates to a power distribution cabinet device with high stability which is used for distributing the electric power from a power supply to a power consumption load. The power distribution cabinet device comprises a fixed cabinet body (9) for installing a power distribution device and a pivoting door (99) which is pivotably installed at the fixed cabinet body (9) by virtue of the rotating cooperation with a bearing part (92) fixedly arranged on the fixed cabinet body (9) through a pivoting shaft (91), wherein the pivoting door (99) is provided with an electric consumption 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 disposed above the bearing part (92) and is positioned axially by virtue of the bearing part (92).

The invention discloses a power distribution cabinet apparatus for power equipment. The power distribution cabinet apparatus is used for distributing electric power from a power supply to a power utilization load. The power distribution cabinet apparatus comprises a fixed cabinet body (9) used for mounting a power distribution device; bearing parts (92) are fixedly mounted at the upper end of the fixed cabinet body (9); a rotating motor (90) is mounted at the lower end of the fixed cabinet body (9); the bearing parts (92) and the rotating motor (90) are arranged on the same vertical plane; a pivot shaft (91) is fixedly mounted on the output shaft of the rotating motor (90); the upper end of the pivot shaft (91) is rotationally mounted in the bearing parts (92); a pivot door (99) is fixedly mounted on the pivot shaft (91); and a cylindrical cap body (93), which is positioned on the bearing parts (92) and axially positioned by the bearing parts (92), is fixedly arranged at the upper end of the pivot shaft (91).

A tightness-adjustable power distribution cabinet device is used for distributing electric power to electricity loads from a power supply. The power distribution cabinet device comprises a fixed cabinet body (9) used for installing power distribution devices and a pivoting door (99) which is rotatably matched with a bearing part (92) fixedly arranged on the fixed cabinet body (9) through a pivoting shaft (91) to be installed on the fixed cabinet body (9) in a pivotal mode, power devices are installed on the pivoting door (99) and fixedly connected with the pivoting shaft (91), and a cylindrical cap body (93) which is located on the bearing part (92) and achieves axial positioning by means of the bearing part (92) is fixedly arranged at the upper end of the pivoting shaft (91).

The invention discloses an electric power distribution cabinet apparatus, for distributing electric power from a power source to an electrical load. The electric 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), 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 an environmental-friendly production line sampling quality control system. The environmental-friendly production line sampling quality control system comprises a pre-processingchamber, a sampling chamber, a first transition chamber, a physical and chemical inspection chamber, a nutrition inspection chamber, a safety inspection chamber, a second transition chamber, a reportgeneration chamber, a third transition chamber, a conveying belt and a power device, wherein the power device drives the conveying belt to move, the pre-processing chamber is connected with the sampling chamber, the sampling chamber is connected with the physical and chemical inspection chamber, the nutrition inspection chamber and the safety inspection chamber, the sampling chamber and the physical and chemical inspection chamber are connected by the first transition chamber, the report generation chamber is arranged behind the physical and chemical inspection chamber, the nutrition inspection chamber and the safety inspection chamber, the physical and chemical inspection chamber and the report generation chamber are connected by the second transition chamber, the safety inspection chamber and the report generation chamber are connected by the third transition chamber, and the report generation chamber is connected with the control chamber. The invention aims to provide the environmental-friendly production line sampling quality control system with a compact equipment structure, various parameters of a sample to be inspected to omnibearingly acquired, a detection report is timelygenerated, the detection efficiency is improved, and the quality is ensured.

Provided is a power distribution cabinet device used for an electric power switchgear room, used for distributing electric power from a power supply to electrical loads. The power distribution cabinet device includes a fixed cabinet body (9), and a pivotal door (99) which can be pivotally mounted to the fixed cabinet body (9) through the rotation cooperation between a pivotal axis (91) and a bearing component (92) fixed on the fixed cabinet body (9). The pivotal door (99) is provided with an electric device, and is in fixed connection with the pivotal axis (91); the upper end of the pivotal axis (91) is fixedly provided with a cylindrical cap (93) located above the bearing component (92) and performing axial location by means of the bearing component (92).

An electric power distribution cabinet is used for distributing power to electric loads. The electric power distribution cabinet comprises a fixed cabinet body (9) used for the installation of power distribution devices. A bearing member (92) is fixedly installed on the upper end of the fixed cabinet body (9). A rotation motor (90) is installed on the lower end of the fixed cabinet body (9). The bearing member (92) and the rotation motor (90) are arranged in the same vertical surface. An output shaft of the rotation motor (90) is fixedly provided with a pivotal shaft (91). The upper end of the pivotal shaft (91) is rotationally installed in the bearing member (92). A pivotal door (99) is fixedly installed on the pivotal shaft (91). A cylindrical cap body (93) arranged above the bearing member (92) and carrying out axial positioning by means of the bearing member (92) is fixedly arranged on the upper end of the pivotal shaft (91).

Provided is a power distribution cabinet device capable of safe operation, used for distributing electric power from a power supply to electrical loads. The power distribution cabinet device includes a fixed cabinet body (9) used for installing power distribution devices; the upper end of the fixed cabinet body (9) is provided with a bearing component (92), and the lower end of the fixed cabinet body (9) is provided with a rotary motor (90); the bearing component (92) and the rotary motor (90) are on a same vertical panel; the output axis of the rotary motor (90) is fixedly provided with a pivotal axis (91); the upper end of the pivotal axis (91) can be installed in the bearing component (92) in a rotating mode; the pivotal axis (91) is fixedly provided with a pivotal door (99); the upper end of the pivotal axis (91) is fixedly provided with a cylindrical cap (93) located above the bearing component (92) and performing axial location by means of the bearing component (92).

The invention discloses a power distribution cabinet device for preventing an emergency power failure. The device is used for distributing power to a power utilization load from a power source. The power distribution cabinet device comprises a fixed cabinet body (9) and a pivot door (99). A power distribution device is installed in the fixed cabinet body (9), the pivot door (99) is installed ion the fixed cabinet body (9) in a pivoted mode through rotating fit of a pivot shaft (91) and a bearing part (92) fixedly arranged on the fixed cabinet body (9), the pivot door (99) is provided with a power utilization device and 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 located above the bearing part (92) and axially positioned through the bearing part (92).

The invention discloses a power distribution cabinet device capable of achieving safe power supply. The power distribution cabinet device is used for distributing electric power from a power source to an electricity load. The power distribution cabinet device comprises a fixed cabinet body (9) for installing a power distribution device. A bearing piece (92) is fixedly installed at the upper end of the fixed cabinet body (9). A rotating motor (90) is installed at the lower end of the fixed cabinet body (9). The bearing piece (92) and the rotating motor (90) are located on the same vertical plane. A pivot shaft (91) is fixedly installed on an output shaft of the rotating motor (90). The upper end of the pivot shaft (91) is rotationally installed in the bearing piece (92). A pivot door (99) is fixedly installed on the pivot shaft (91). A cylindrical cap body (93) located on the bearing piece (92) and axially positioned by means of the bearing piece (92) is fixedly arranged at the upper end of the pivot shaft (91).