A conveyor chain includes a first flight including a first side portion having a first aperture, a first flight bar, and a first sprocket-engaging portion. The conveyor chain also includes a second flight including a second side portion having a second aperture, a second flight bar, and a second sprocket-engaging portion. The conveyor chain further includes a connecting pin having a first end portion received within the first aperture and a second end portion received within the second aperture. The connecting pin couples the first and second flights together. The first sprocket-engaging portion is positioned laterally outwardly of the first end portion of the connecting pin and the second sprocket-engaging portion is positioned laterally outwardly of the second end portion of the connecting pin.

Disclosed is a manufacturing process tool for a lateral positioning strip toothed belt, including a lateral positioning strip, a fixing molded plate, a lateral strip belt width positioner, a lateral strip belt length positioner and a rubber body. The fixing molded plate fixes the lateral strip belt width positioner and/or the lateral strip belt length positioner, the lateral strip belt length positioner is provided on one side or two sides of the fixing molded plate, the lateral strip belt length positioner faces an inner side of the fixing molded plate and forms a lateral positioning strip belt forming groove together with the lateral strip belt width positioner, an intra-belt lateral positioning strip is provided in the lateral positioning strip belt forming groove, the rubber body is provided in the lateral positioning strip belt forming groove.

A plant support cage assembly useful for growing plants in an upright configuration is provided for use with a trolley conveyor. A plurality of vertical support elements of selected length are provided spaced apart circumferentially about a vertical axis. Vertical support elements have an upper end and a lower end. At least some vertical support elements include an inwardly sloping lower portion. A plant container receiving portion is formed in part by the inwardly sloping lower portions vertical support elements, and by one or more plant container retaining hoops which are sized and shaped for receiving and containing therein a plant container of complementary size and shape. Coupling bars are provided affixed to and crossing under the plant container receiving portion, and extending outward therefrom for use in containment of plant stems. A plurality of hoop elements are provided, horizontally oriented and spaced apart vertically, and each affixed to at least some of the vertical support elements. One or more connector portions are provided above and affixed to the upper end of the vertical support elements. The connector portions are adapted for attachment of the plant support cage assembly to a trolley conveyor in a plant factory.

A plant support cage assembly useful for growing plants in an upright configuration is provided for use with a trolley conveyor. A plurality of vertical support elements of selected length are provided spaced apart circumferentially about a vertical axis. Vertical support elements have an upper end and a lower end. At least some vertical support elements include an inwardly sloping lower portion. A plant container receiving portion is formed in part by the inwardly sloping lower portions vertical support elements, and by one or more plant container retaining hoops which are sized and shaped for receiving and containing therein a plant container of complementary size and shape. Coupling bars are provided affixed to and crossing under the plant container receiving portion, and extending outward therefrom for use in containment of plant stems. A plurality of hoop elements are provided, horizontally oriented and spaced apart vertically, and each affixed to at least some of the vertical support elements. One or more connector portions are provided above and affixed to the upper end of the vertical support elements. The connector portions are adapted for attachment of the plant support cage assembly to a trolley conveyor in a plant factory.

Disclosed is an automatic identification and classification production line for waste mobile phones and a classification method of waste mobile phones. The production line comprises a feeding device, an automatic separation feeding device, a conveying chain, a data acquisition device, a computer identification device, a conveying device and a classified storage device, wherein the feeding device is used for orderly and directionally arranging and sequentially conveying a plurality of waste mobile phones; the automatic separation feeding device is used for intermittently separating the waste mobile phones conveyed by the conveying device; the conveying chain comprises an annular chain and a plurality of transparent boxes; the data acquisition device comprises a detection frame, two plane mirrors, a video camera and a light source; the computer identification device is used for extracting feature information according to front and back images of the waste mobile phones and then carrying out identification and classification.

Disclosed is an automatic identification and classification production line for waste mobile phones and a classification method of waste mobile phones. The production line comprises a feeding device, an automatic separation feeding device, a conveying chain, a data acquisition device, a computer identification device, a conveying device and a classified storage device, wherein the feeding device is used for orderly and directionally arranging and sequentially conveying a plurality of waste mobile phones; the automatic separation feeding device is used for intermittently separating the waste mobile phones conveyed by the conveying device; the conveying chain comprises an annular chain and a plurality of transparent boxes; the data acquisition device comprises a detection frame, two plane mirrors, a video camera and a light source; the computer identification device is used for extracting feature information according to front and back images of the waste mobile phones and then carrying out identification and classification.

A conveyor condition monitor, for use with a conveyor comprising a plurality of trollies running along a conveyor rail and linked to one another by a chain link system, is disclosed. The monitor comprises a conveyor monitoring station and a first deformation sensor. The deformation sensor is in communication with the conveyor monitor, and is adapted to notify the conveyor monitor of the presence of a deformed trolley in the conveyor.

A conveyor condition monitor, for use with a conveyor comprising a plurality of trollies running along a conveyor rail and linked to one another by a chain link system, is disclosed. The monitor comprises a conveyor monitoring station and a first deformation sensor. The deformation sensor is in communication with the conveyor monitor, and is adapted to notify the conveyor monitor of the presence of a deformed trolley in the conveyor.

A conveyor chain includes a first flight including a first side portion having a first aperture, a first flight bar, and a first sprocket-engaging portion. The conveyor chain also includes a second flight including a second side portion having a second aperture, a second flight bar, and a second sprocket-engaging portion. The conveyor chain further includes a connecting pin having a first end portion received within the first aperture and a second end portion received within the second aperture. The connecting pin couples the first and second flights together. The first sprocket-engaging portion is positioned laterally outwardly of the first end portion of the connecting pin and the second sprocket-engaging portion is positioned laterally outwardly of the second end portion of the connecting pin.

The technical field of engineering chains, specifically chains for the transport of raw material is provided, which purpose is to reduce the number of moving parts usually used in engineering chains with outboard wheels, without sacrificing optimal performance. To this end, it provides a straight plate chain mechanism with external and internal pitch, with a ratchet mechanism between the pitches, making the chain self-supporting and allowing it to only rotate in the internal direction when it has direct interaction with the sprocket, thus considerably reducing the possible catenaries.