36results about How to "Reduce electrical safety hazards" patented technology

The invention discloses a using method of an auxiliary shoe-wearing device. During usage, a knob is rotated, and by changing the relative positions of the midpoint of each pedal and the contact pointof each shoe hook, the situation that when a user grows up or has other factors to make shoe size changed, the shoe-wearing device is adjusted to be suitable for the user all the time is met. Due to the design that springs are arranged on the lower portions of the pedals, the fronts and backs of the pedals can swing by 30 degrees; during usage, force feedback and rebounding are brought to the user, and the auxiliary shoe-wearing device helps the user to control the force for shoe wearing and takeoff better.

The invention relates to the technical field of kitchen appliances, in particular to a pot body structure of a cooking utensil and the cooking utensil. The pot body structure of the cooking utensil comprises a pot body, an inner pot, a power device, a transmission mechanism and a draining structure, wherein the inner pot is arranged in the pot body and provided with a first through hole; the powerdevice is arranged on the pot body and a projection of the power device on the inner pot falls on the wall of the inner pot; the transmission mechanism is connected with the power device; and the draining structure is arranged at the first through hole, is suitable for draining liquid in the inner pot into the pot body, is connected with the transmission mechanism, and has a draining state of enabling the inner pot and the pot body to communicate and a blocking state of enabling the inner pot and the pot body to be disconnected under the driving of the power device and the transmission mechanism. The projection of the power device on the inner pot falls on the wall of the inner pot, and when the liquid leakage phenomenon occurs at the joint of the inner pot and the draining structure, dueto the fact that the power device and the first through hole are not arranged oppositely, the liquid in the inner pot flows downwards under the action of gravity and does not flow directly onto the power device, so that electrical potential safety hazards are reduced.

The invention discloses a wireless power transmission system, comprising an energy transmission platform which comprises a wireless power emission device, and converts inputted AC commercial power into wireless signals so as to be emitted through the wireless power emission device; and an energy receiving end comprising a wireless power receiving device matching the wireless power emission device, receiving wireless signals emitted by the wireless power emission device through the wireless power receiving device, and converting the wireless signals so as to supply power for a load connected to the energy receiving end in a wired mode. The system can supply power for a cooking electric appliance in a wireless power supply mode, solve the problems of frequent power line and socket plugging, and provide convenience for users. The invention also discloses a cooking system and an energy transmission platform.

The invention discloses a microwave generation device, which comprises a signal generator, a plurality of solid-state microwave sources and a plurality of paths of antennas, wherein the signal generator is used for outputting a plurality of paths of signals with the same / different phases according to the actual requirements; the plurality of solid-state microwave sources are constructed on the basis of a semiconductor solid-state device; each solid-state microwave source is connected with the signal generator to receive one path of signal; the solid-state microwave sources generate and output corresponding microwave energy according to the signal; the plurality of paths of antennas are used for emitting and outputting the microwave energy; and each path of antenna is connected with one solid-state microwave source. The invention further discloses a microwave heating device and a microwave heating method. Compared with the prior art, the microwave generation device is small in size, simple in structure and low in working voltage; the practicability of the device is greatly improved; and the electrical potential safety hazard is reduced. Compared with the microwave heating device in the prior art, according to the microwave heating device based on the microwave generation device disclosed by the invention, the energy consumption is reduced; and the heating efficiency is improved.

The invention discloses auxiliary shoe wearing equipment. When the auxiliary shoe wearing equipment is used, a knob rotates, by changing relative positions of a middle point of a pedal and a shoe hookcontact point, the shoe wearing equipment can be adjusted when the age of a user is increased or the footwear size of the user is changed due to other factors, and thus, the shoe wearing equipment can be always suitable for the user. By a spring arranged on the lower portion of the pedal, the front and the rear of the pedal can swing at an angle of 30 degrees, when the auxiliary shoe wearing equipment is used, feedback and springback to the user are implemented, and thus, the user can control force generated during shoe wearing and shoe taking-off well.

The invention relates to an electrode and a molten salt electrolysis device. The electrode comprises a rod-shaped part and a supporting part, wherein one end of the rod-shaped part is fixedly connected with the supporting part; the rod-shaped part is positioned in an electrolytic bath while the supporting part is positioned at the outer side of the electrolytic bath and used for sealing an opening of the electrolytic bath during an electrolytic process; and the supporting part is electrically connected with an additional power supply. The electrode is very short, the electrode does not need to pass through the top end of an upper cavity to come into contact with the air in the process that the electrode enters or exits from the electrolytic bath, so that the lifting of the electrode in the upper cavity is realized. Thus, the electrode cannot be corroded, namely, the service life of the electrode is prolonged. The invention provides the molten salt electrolysis device which comprises the electrode and a wiring part. The supporting part is connected with the additional power supply through the wiring part, so that the effects of easy separation and proper movements between the additional power supply and the electrode are realized. According to the molten salt electrolysis device, the lifting of the electrode is realized through a sling structure arranged in a sealing cavity, so that the hidden danger that the air is led in due to the vacuum damage possibly caused by an electrode moving channel is eliminated.

The invention discloses a smart electricity meter and an electricity theft prevention system. In the smart electricity meter, an electricity collection module is directly connected to the power supply output end of the electricity meter, and is used to collect the electricity consumption of all household appliances. The judgment module judges whether the electricity consumption measured by the watt-hour meter is consistent with the electricity consumption collected by the electricity consumption acquisition module. When the control module sends a control command to the power supply network center, the power supply network center cuts off the power supply to the watt-hour meter, thereby making the watt-hour meter stop supplying power to the household appliances. In the above manner, the present invention can effectively prevent the behavior of stealing electricity and reduce the hidden danger of electricity consumption.

The invention relates to the technical field of heat diffusion of cables, and discloses a cable cooling device with an overheat alarming function, which comprises a hoop sleeving and fixed on the outer skin of the cable in a surrounding mode. Hoop assemblies are joined through connection bolts to form the hoop; cooling fins are arranged outside at least one hoop assembly and a cooler bracket is connected; the inner space of the cooler bracket is provided with cooling fans; the cooling fans comprise an air suction fan and an air supply fan arranged at two ends of the cooler bracket respectively; the cooler bracket body is internally provided with a power supply mounting groove and a temperature monitoring module mounting groove, a power supply and a temperature monitoring module are mounted respectively, the temperature monitoring module is connected with the cooling fan and a sound-light alarm through wires, and the cooling fans and the sound-light alarm are started respectively according to detected temperature conditions. The device of the invention is designed specially for the cable, overheat aging of the cable can be slowed down effectively through cooling the cable, and the cable and the connection device can be prevented from being burnt down timely through the sound-light alarming.