Abstract: Disclosed are a walking deviation correction method and a walking deviation correction device for a working machine. The working machine includes: a first pump, a second pump, a first motor and a second motor; the first pump is connected to the first motor, the second pump is connected to the second motor, the first motor is configured to drive a first running wheel, and the second motor is configured to drive a second running wheel. The method includes: receiving a first input from a user; outputting a flow percentage in response to the first input; receiving a second input from the user based on the flow percentage; and adjusting working flow rates of the first motor and the second motor in response to the second input.

Abstract: Disclosed are a walking deviation correction method and a walking deviation correction device for a working machine. The working machine includes: a first pump, a second pump, a first motor and a second motor; the first pump is connected to the first motor, the second pump is connected to the second motor, the first motor is configured to drive a first running wheel, and the second motor is configured to drive a second running wheel. The method includes: receiving a first input from a user; outputting a flow percentage in response to the first input; receiving a second input from the user based on the flow percentage; and adjusting working flow rates of the first motor and the second motor in response to the second input.

Abstract: An electrical enclosure with a great heat dissipation and an ingress protection rating equal or greater than level 65, including a sealed enclosure housing and a heat bridge configured inside the sealed enclosure housing. The sealed enclosure housing includes a heat-absorbing layer, a reinforced layer and a heat dissipating layer. The heat bridge can be a gaseous heat bridge or a solid heat bridge. One end of the heat bridge is connected to the heat-emitting electrical components configured inside the sealed enclosure, and the other end is connected to the heat-absorbing layer on the sealed enclosure housing. The generated heat is rapidly conducted to the heat-absorbing layer on the enclosure housing through the heat bridge, and then conducted to the heat dissipation layer through the reinforced layer. The heat is dissipated to the exterior space through such structure to keep a suitable temperature inside the sealed enclosure.

Abstract: The present invention relates to an electrical enclosure with a great heat dissipation and an ingress protection rating equal or greater than level 65, including a sealed enclosure housing and a heat bridge configured inside the sealed enclosure housing. One end of the heat bridge is connected to the heat-emitting electrical components configured inside the sealed enclosure, and the other end is connected to the heat-absorbing layer on the sealed enclosure housing. The electrical components generate heat while working. The generated heat is rapidly conducted to the heat-absorbing layer on the enclosure housing through the heat bridge with a good heat-conducting performance, and then conducted to the heat dissipation layer through the reinforced layer. The heat is dissipated to the exterior space through such structure to keep a suitable temperature inside the sealed enclosure.

Abstract: A new and distinct cultivar of the species Actinidia chinesis Planch is described. ‘AU Golden Dragon’ has a low chilling requirement, fruit is very early maturing, excellent flavor with a non acid sweet taste, and high soluble solids and dry matter content. ‘AU Golden Dragon’ matures about 50 days ahead of ‘Hort 16A’ (patented), the industry standard for golden flesh kiwi, therefore, the two cultivars will not compete in the market place. ‘AU Golden Dragon’ fruit quality indices are similar to fruit quality indices of ‘Hort 16A’ (patented). There have been no differences in plant performance and fruit quality of ‘AU Golden Dragon’ plants grown in China and Central Alabama.

Abstract: A new and distinct cultivar of the species Actinidia chinesis Planch is described. ‘AU Golden Sunshine’ has a low chilling requirement, fruit is early maturing, excellent flavor with a non acid sweet taste and a high percent soluble solids and dry matter content. ‘AU Golden Sunshine’ matures about 20 days after ‘AU Golden Dragon’ and 30 days before ‘Hort 16A’ (patented), the industry standard for golden flesh kiwi cultivars. ‘AU Golden Sunshine’ fruit quality indices are similar to fruit quality indices of ‘AU Golden Dragon’ and ‘Hort 16A’ (patented). There have been no differences in plant performance and fruit quality of ‘AU Golden Sunshine’ plants grown in China and Alabama.

Abstract: A new and distinct cultivar of the species Actinidia chinesis Planch is described. ‘AU Golden Sunshine’ has a low chilling requirement, fruit is early maturing, excellent flavor with a non acid sweet taste and a high percent solube solids and dry matter content. ‘AU Golden Sunshine’ matures about 20 days after ‘AU Golden Dragon’ and 30 days before ‘Hort 16A’ (patented), the industry standard for golden flesh kiwi cultivars. ‘Au Golden Sunshine’ fruit quality indices are similar to fruit quality indices of ‘AU Golden Dragon’ and ‘Hort 16A’ (patented). There have been no differences in plant performance and fruit quality of ‘AU Golden Sunshine’ plants grown in China and Alabama.

Abstract: A new and distinct cultivar of the species Actinidia chinesis Planch is described. ‘AU Golden Dragon’ has a low chilling requirement, fruit is very early maturing, excellent flavor with a non acid sweet taste, and high soluble solids and dry matter content. ‘AU Golden Dragon’ matures about 50 days ahead of ‘Hort 16A’ (patented), the industry standard for golden flesh kiwi, therefore, the two cultivars will not compete in the market place. ‘AU Golden Dragon’ fruit quality indices are similar to fruit quality indices of ‘Hort 16A’ (patented). There have been no differences in plant performance and fruit quality of ‘AU Golden Dragon’ plants grown in China and Central Alabama.