A system for remote care of an animal includes a water-tight housing with a hardened structural shell defining a chamber for accommodating the animal, a door disposed in the housing providing entry into and exit from the chamber by the animal, a wireless data communication system disposed within the housing and wirelessly communicatively coupled with a global computer network, a mobility portion coupled to the housing and operable to move the housing, and a microprocessor disposed within the housing and in communication with the wireless data communication system and operable to control the mobility portion and the door.

A landslide protection device disclosed by the present invention includes a mountain body and a roadbed. The roadbed is fixedly disposed at the upper end of the mountain body. Cavities are formed in the roadbed to penetrate left and right. Rolling stones can roll down the mountain through the cavity to prevent rolling stones from falling on the upper end surface of the roadbed to block traffic. The cavity is provided with a buffer device. The present invention is arranged in the roadbed in the area where the frequency of landslides is high. It can avoid traffic congestion caused by falling rocks directly on the road. Because the mountain has a certain slope, the speed of the rolling rocks is faster. When the rocks are cleared, the rolling speed is slowed down and the device is restored to the initial state after the landslides And can automatically clear the rolling stones that fell on the road.

A landslide protection device disclosed by the present invention includes a mountain body and a roadbed. The roadbed is fixedly disposed at the upper end of the mountain body. Cavities are formed in the roadbed to penetrate left and right. Rolling stones can roll down the mountain through the cavity to prevent rolling stones from falling on the upper end surface of the roadbed to block traffic. The cavity is provided with a buffer device. The present invention is arranged in the roadbed in the area where the frequency of landslides is high. It can avoid traffic congestion caused by falling rocks directly on the road. Because the mountain has a certain slope, the speed of the rolling rocks is faster. When the rocks are cleared, the rolling speed is slowed down and the device is restored to the initial state after the landslides And can automatically clear the rolling stones that fell on the road.

The absorbent spreader is the only product of its kind that is specifically designed to make spreading maintenance absorbents a cleaner and faster task, saving consumers time and energy usually spent from traditional methods. The absorbent spreader is uniquely designed with a release button enabling users to precisely control where to drop the clay, ensuring no accidental messes or unnecessary waste of clay during task work.

Methods of containing liquid introduced onto a support surface include forming the support surface with at least two mats, the mats forming a perimeter of the support surface. A plurality of berm members is positioned at least partially around or proximate to the perimeter of the support surface and extends upwardly relative to the mats sufficient to prevent liquid introduced onto the top of the support surface from leaking off of the support surface around the perimeter thereof.

A boarding sweeper comprises a cleaning working unit capable of executing cleaning work, a seat portion for seating a user, an operation input unit that allows the user to input a driving operation, a suction unit provided in a vicinity of the cleaning working unit, a battery holder that detachably holds a battery unit, and an air guiding mechanism that guides suction air from the suction unit so that the suction air passes through the battery holder.

The present disclosure provides a material collection system. The material collection system includes a conduit, a vacuum generator coupled to the conduit, an engine powering the vacuum generator, and a container mounted to a chassis of a vehicle. The vacuum generator generates airflow for drawing material into a material inlet of the conduit. The container receives collected material from the conduit. The conduit, vacuum generator, the engine, and the container are supported on a hook-lift frame.

The animal waste collection robot is a robot. The animal waste collection robot automatically collects befoulment generated by an animal. The animal waste collection robot is an automated device. The animal waste collection robot is an independently powered electric circuit. By independently powered is meant that the animal waste collection robot can operate without an electrical connection to an external power source. The animal waste collection robot comprises a vehicle, a crane, a control circuit, and a pan. The control circuit mounts in the vehicle. The crane and the pan mount on the vehicle. The vehicle transports the animal waste collection robot over a patrol route. The control circuit: a) scans the patrol route for befoulment; b) operates the crane to collect the befoulment; and, c) further operates the crane to transport the befoulment to the pan for storage.

Various embodiments include a cyber-physical system for the automated cleaning of the edge regions of traffic routes and/or green spaces. The system may include: modules of a first type, a second type, and a third type; a communication network; and associated interfaces. The first type identifies a disturbing object. The second type receives the data from the first. The second type comprises a processor in a management system which processes the data and trains neural networks with the data using an artificial intelligence. The management system communicates with the third type and causes it to start a manipulator connected for picking up the disturbing object and/or transporting it away. Each module comprises a respective data memory and a respective processor and can start an action independently.

Various embodiments include a cyber-physical system for the automated cleaning of the edge regions of traffic routes and/or green spaces. The system may include: modules of a first type, a second type, and a third type; a communication network; and associated interfaces. The first type identifies a disturbing object. The second type receives the data from the first. The second type comprises a processor in a management system which processes the data and trains neural networks with the data using an artificial intelligence. The management system communicates with the third type and causes it to start a manipulator connected for picking up the disturbing object and/or transporting it away. Each module comprises a respective data memory and a respective processor and can start an action independently.