5results about How to "Reduce alignment requirements" patented technology

This invention discloses a photovoltaic cell string manufacturing equipment, which includes a feeding mechanism, a ribbon feeding mechanism, a fixture loading and unloading mechanism, a welding mechanism, a coating and curing mechanism, and a cell string conveying mechanism. Through a traction mechanism and a robotic arm, multi-strand ribbons cut to the required process length and cell sheets are sequentially placed, allowing adjacent cells to be pre-welded into a cell string by the multi-strand ribbons on their front and back sides. In subsequent processes, adhesion points are coated on the front and back of the cell string, and curing thoroughly eliminates the risk of poor overlap. This eliminates the need for composite films and PAD points on the front and back of the cells, reducing shading on the photovoltaic cell surface and the use of silver paste, thus significantly reducing costs.

The invention provides a base station, cleaning equipment and a cleaning system, the base station is used for the cleaning system, the cleaning system comprises the base station and the cleaning equipment, the base station comprises a body and a pickup assembly, the body is provided with a containing bin, and the containing bin is used for containing the cleaning equipment; and the pickup assembly is arranged above the accommodating bin, is movably arranged relative to the body, and is used for picking up a first battery pack of the cleaning equipment so as to carry out battery replacement on the cleaning equipment. According to the invention, the alignment difficulty of the cleaning equipment during battery replacement can be reduced, so that the alignment requirement of battery replacement operation on the cleaning equipment can be reduced.

The utility model relates to the technical field of rainfall sensing, and provides a light ray rainfall sensor, which comprises a silica gel pad, a lens, an upper shell, a circuit board and a lower shell, an infrared transmitter and an infrared receiver are arranged on the circuit board, the lens is arranged in the upper shell to realize light conduction between the infrared transmitter and the silica gel pad and between the silica gel pad and the infrared receiver, and the infrared receiver is arranged in the lower shell. The light guide side of the lens is provided with a light condensation part and a first reflection part, the light condensation part is arranged on one side, near the infrared receiver, of the infrared transmitter, the light condensation part is in a convex mirror shape, and the convex surface of the light condensation part faces the infrared transmitter; the first reflecting part is arranged on the side, far away from the infrared receiver, of the infrared transmitter, the first reflecting part is in an arc shape, an arc opening of the first reflecting part faces the infrared transmitter, the inner arc face of the first reflecting part is a refraction face, and the outer arc face of the first reflecting part is a reflecting face. According to the lens, the first reflecting part is arranged on the light guide side, the inner arc surface of the first reflecting part is the refracting surface, and the outer arc surface of the first reflecting part is the reflecting surface, so that the alignment requirement of the infrared transmitter and the light condensing part is reduced.

The application relates to the technical field of plasma detection, in particular to a double-channel ion energy probe based on a magnetic deflection effect. The application provides a double-channel ion energy probe based on a magnetic deflection effect, which comprises an upper permanent magnet plate, a lower permanent magnet plate, a double-channel collimator and a double-channel probe; the double-channel collimator penetrates into a shell; the double-channel collimator comprises a scanning channel and a reference channel; the scanning channel and the reference channel are connected with different values of voltage; the double-channel collimator is used for enabling ions to enter the shell along the channel direction; the upper permanent magnet plate and the lower permanent magnet plate are fixed at the upper and lower ends of the shell respectively so as to form a uniform magnetic field; the double-channel probe is arranged in the shell and comprises a scanning collection probe and a reference collection probe which are respectively coplanar with the scanning channel and the reference channel; and the scanning collection probe and the reference collection probe are respectively connected with different values of voltage. The scheme can provide an ion current probe with high signal-to-noise ratio.

This utility model discloses a wireless charging system with a magnetic core structure. The magnetic core structure is respectively disposed at the transmitting end and the receiving end. The magnetic core structure includes: a first magnetic core and a second magnetic core connected together; there is a height difference and / or spacing between the first magnetic core and the second magnetic core, such that after the coil is wound around the magnetic core structure, the first magnetic core and the second magnetic core generate magnetic fields in opposite directions; in the working state: the first magnetic core located at the transmitting end is opposite to the second magnetic core located at the receiving end, and the two have different working areas; the second magnetic core located at the transmitting end is opposite to the first magnetic core located at the receiving end, and the two have different working areas. Based on the magnetic core structure and wireless charging system of this application, it can provide high anti-misalignment for wireless charging, reduce the "alignment" requirements of the transmitting end and the receiving end, and improve working efficiency and charging convenience.