Abstract: The present invention discloses a soil remediation device and method. Soil is remediated by (i) introducing hot air at 550-650° C. from an outlet of an air heater into the drum from a circulating hot air inlet of a discharge end fixed hood and transferring heat with the soil by direct countercurrent contact such that the soil is heated, and (ii) releasing heat from a heat accumulator at a bottom of the drum through heat pipes such that the soil is heated. As a temperature of the soil gradually rises to about 300-500° C., water and organic contaminants in the soil are volatilized into a gaseous state and carry dust to become thermal desorption offgas that is separated from the soil, the thermal desorption offgas becoming part of the hot air and flowing from the drum to a dust remover. Part of the hot air is recirculated to the drum, and another part of the hot air is discharged after being purified.

Abstract: A medium internal circulation enhanced thermal desorption soil remediation reactor and a method thereof, and belongs to the technical field of soil remediation. Internal circulation of a thermal medium is realized through a specially designed rotary drum structure, and a way for heating soil by utilizing oxidative decomposition of organic contaminants is provided, so that the treatment efficiency of an apparatus and the contaminant removal effect are improved significantly on the premise of not increasing the scale of the apparatus, and at the same time, the energy consumption of a system is reduced.

Abstract: A heat pipe-enhanced heat accumulation type indirect thermal desorption-based soil remediation device and method. On the one hand, by using thermal desorption gas generated by soil through heating and volatilizing as a heat transfer medium and by a circular heating manner, hot air efficiently transfers heat to the soil by contact, the treatment capacity of equipment is high. Moreover, high-temperature flue gas is kept from direct contact with the soil, so the high-temperature flue gas is prevented from being mixed with gaseous organic contaminants. Therefore, only a small amount of excess gas needs to be purified, so the equipment scale is small. On the other hand, by equipping a reactor with heat pipes and a ceramic heat accumulator, a second soil heating manner is provided, so that the heat transfer capacity per unit volume of the reactor is increased, and the treatment efficiency is significantly improved under the same scale.

Abstract: A medium internal circulation enhanced thermal desorption soil remediation reactor and a method thereof, and belongs to the technical field of soil remediation. Internal circulation of a thermal medium is realized through a specially designed rotary drum structure, and a way for heating soil by utilizing oxidative decomposition of organic contaminants is provided, so that the treatment efficiency of an apparatus and the contaminant removal effect are improved significantly on the premise of not increasing the scale of the apparatus, and at the same time, the energy consumption of a system is reduced.

Abstract: The present invention provides a cable joint protection box, which includes a buckle, at least one abutting piece, and a box body formed by two half-boxes. The two half-boxes are in rotatable pivot joint at one side of the box body via a pin, and the two half-boxes are buckled at the other side of the box body via the buckle. A dovetail groove is disposed on a front surface of the buckle. At least one through hole which penetrates through the buckle is disposed at a bottom of the dovetail groove in the buckle. A dovetail protrusion slidably buckled with the dovetail groove of the buckle is disposed on the box body. When the cable joint protection box is locked, the abutting piece is fixedly connected to the buckle, and the abutting piece penetrates through the through hole in the buckle and abuts against the box body.

Abstract: A mounting device includes a securing clamp (101), a mounting plate (102), an adapter plate (103) and connectors (104), wherein the securing clamp (101) is provided with at least one mounting hole (1014) at each of two ends of the securing clamp (101) respectively, the connectors (104) mount the securing clamp (101) to a fixed surface through the mounting holes (1014), an equipment mounting surface of the securing clamp (101) is provided with a mounting plate connection device (1011), the mounting plate (102) is connected to the securing clamp (101) through the mounting plate connection device (1011), an equipment connection device (1022) used for securing equipment is provided on the mounting plate (102), the securing clamp (101) is provided with an adapter plate mounting device (1012), used for securing an adapter plate (103), at each of two lateral sides of the securing clamp (101). The mounting device can be expanded to accommodate the mounting of a plurality of devices.

Abstract: A mounting device includes a securing clamp (101), a mounting plate (102), an adapter plate (103) and connectors (104), wherein the securing clamp (101) is provided with at least one mounting hole (1014) at each of two ends of the securing clamp (101) respectively, the connectors (104) mount the securing clamp (101) to a fixed surface through the mounting holes (1014), an equipment mounting surface of the securing clamp (101) is provided with a mounting plate connection device (1011), the mounting plate (102) is connected to the securing clamp (101) through the mounting plate connection device (1011), an equipment connection device (1022) used for securing equipment is provided on the mounting plate (102), the securing clamp (101) is provided with an adapter plate mounting device (1012), used for securing an adapter plate (103), at each of two lateral sides of the securing clamp (101). The mounting device can be expanded to accommodate the mounting of a plurality of devices.

Abstract: A cable label (100). At least one through-hole (110) which is set for at least one bundle buckle to pass through and a plurality of knockoff holes (120) are set on the label (100), and the knockoff holes (120) are formed of discontinuous annular kerf (121), and each knockoff hole (120) is provided with an identification. When a cable is marked, it is merely required to knock off an intermediate material (122) of a knockoff hole (120) corresponding to the identification of the cable, which can be used to mark cables with different uses, has high versatility and easy management.

Abstract: The present invention provides a cable joint protection box, which includes a buckle, at least one abutting piece, and a box body formed by two half-boxes. The two half-boxes are in rotatable pivot joint at one side of the box body via a pin, and the two half-boxes are buckled at the other side of the box body via the buckle. A dovetail groove is disposed on a front surface of the buckle. At least one through hole which penetrates through the buckle is disposed at a bottom of the dovetail groove in the buckle. A dovetail protrusion slidably buckled with the dovetail groove of the buckle is disposed on the box body. When the cable joint protection box is locked, the abutting piece is fixedly connected to the buckle, and the abutting piece penetrates through the through hole in the buckle and abuts against the box body.

Abstract: A cable label (100). At least one through-hole (110) which is set for at least one bundle buckle to pass through and a plurality of knockoff holes (120) are set on the label (100), and the knockoff holes (120) are formed of discontinuous annular kerf (121), and each knockoff hole (120) is provided with an identification. When a cable is marked, it is merely required to knock off an intermediate material (122) of a knockoff hole (120) corresponding to the identification of the cable, which can be used to mark cables with different uses, has high versatility and easy management.