54 results about "Icicle" patented technology

A de-icicling tool has an icicle removing head mounted onto the distal end of an elongated handle. The head is formed of a generally flat blade and a mounting sleeve to that fits onto the distal end of the handle. The blade member has a series of triangular teeth in a concave arc along the front with each tooth having a point and beveled edges which meet at the associated point. The points of the teeth are rounded. The blade has at least one generally triangular notch formed along its rear thereof, each notch having a pair of beveled edges. There is one or more one round aperture in the blade, each with a beveled edge and with a diameter of three to five centimeters. The mounting sleeve includes a threaded socket adapted to accept a male thread of a standard broom handle or paint pole.

A string light has multiple icicle-shaped bulbs, a controller and a connector assembly. The icicle-shaped bulbs are serially connected by a set of wires. Each icicle-shaped bulb has an icicle-shaped lamp holder shell, an elongated lamp strip and a cap assembly. The lamp holder shell has an irregular and rough surface and an opening. The lamp strip is mounted inside the lamp holder shell. The cap assembly is mounted on the opening of the lamp holder shell and has a set of through holes for the set of wires to penetrate into the lamp holder shell. Accordingly, light emitted from each icicle-shaped bulb is scattered irregularly to generate different illuminating effects when the icicle-shaped bulb is powered on and make the lighting variations of the entire string light more versatile and interesting.

The invention provides an anti-ice-piton device and an offshore wind generating set. The anti-ice-piton device comprises a shell connected to a mounting wall and an air bag arranged between the shelland the mounting wall. The anti-ice-piton device enters into an anti-ice state and a shrinking state through inflating and deflating of the air bag. By using the anti-ice-piton device and the offshorewind generating set, an anti-ice structure can be formed under the condition that ice exists, the ice effect load is reduced, shrinking is conducted under the condition that the ice does not exist, and the impact load, acting on a foundation, of waves is reduced.

The present invention relates to a compensation control for heating temperature and a method of preventing icicle formation on an exhaust pipe according to an outdoor temperature, wherein the outdoor temperature is received from an integrated server without installing a separate outdoor temperature sensor, and is established A system capable of communicating between a room controller equipped with a wireless communication module and an integrated server. The method includes the steps of: (a) registering the room controller by transmitting the unique number of the room controller installed with the wireless communication module to the integrated server via the wireless router, and storing the unique number to the database by performing an authentication step; ( b) The user accesses the integrated server via the terminal, enters the unique number of the room controller, and then inputs the user address information; (c) searches the integrated server for the address information of the user who has entered the unique number of the room controller, and sends the user's The outdoor temperature information at the address is transmitted to the room controller; and (d) when the outdoor temperature received from the room controller is below zero, performing outdoor temperature compensation control or suppression of the boiler using the outdoor temperature information received from the room controller The formation of icicles on the exhaust pipe.

The invention discloses an automatic measuring device and method for river lake icicles. The automatic measuring device comprises an ice drilling device, a control device, and a measuring device, wherein the ice drilling device is used for piercing a river lake ice layer; the control device is used for controlling the operation of the ice drilling device; and the measuring device is used for measuring the thickness of the river lake ice layer. The automatic measuring device can automatically measure the thickness of ice or obtain an ice core for ice quality analysis and can also be used in combination with a host computer app program and mounted on an unmanned probe vehicle, and the characteristic analysis of river lake ice can be realized by controlling the probe vehicle. The automatic measuring device is provided with an independent control module, and the ice layer thickness is automatically acquired through sensor parameter detection, motor control and the like. According to the automatic measuring device, manufacture is simple, mounting is easy, and the control system is modularized.