53results about How to "Eliminate inertia" patented technology

A method for transporting articles (2) to a station, in particular preforms to a blow-molding apparatus, wherein each article has a protrusion (10) and is moved along a guide (16) by a drive means (18), the article (2), along at least part of the guide (16), should be retained on an abutment (19, 21, 23), and advanced along this abutment, by an air stream.

The invention discloses a suspension type multi-dimensional input horizontal multi-directional shearing model casing device, belonging to the technical field of civil engineering. The suspension type multi-dimensional input horizontal multi-directional shearing model casing device comprises a rigid suspension bracket, a rigid bottom plate and a model casing body, wherein the top of the model casing body is hoisted by the suspension bracket and is suspended on the rigid bottom plate, the model casing body comprises more than ten layers of layer structures and a beam frame, wherein each layer structure is rigid and light, and planes of the layer structures are of any same shape, all layer structures are vertically arranged in parallel at equal intervals and are serially connected by using a film or cable, and the film or cable is suspended on the rigid beam frame; the rigid bottom plate is fixedly connected with the rigid suspension bracket and connected with a vibration platform surface together; the beam frame is arranged on the suspension bracket through universal trundles or universal joints in a spanning manner; and the suspension bracket is a rigid wall and is fixedly connected with the rigid bottom plate, and the top of the suspension bracket is provided with a vertical vibration isolation support and a height regulating mechanism. According to the invention, the interference of the model casing to model soil is reduced, the vibration simulation in the vertical direction can be tested, and the model casing is tested in a three-dimensional vibrating manner.

The invention discloses a heat exchanger which comprises a collecting pipe, flat tubes, a fin and a refrigerant distribution device; the flat tubes are distributed in the length direction of the collecting pipe; the fin is positioned between the two lines of flat tubes; the refrigerant distribution device comprises a liquid distribution pipe and a baffle; the baffle is arranged in the length direction of the collecting pipe and divides the interior of the collecting pipe into an upper cavity and a lower cavity; the flat tubes are inserted in the upper cavity of the collecting pipe; the liquid distribution pipe is inserted in the lower cavity of the collecting pipe and penetrates through the collecting pipe in the length direction of the collecting pipe; a liquid outlet allowing a refrigerant to be fed into the lower cavity is formed in the side wall of the liquid distribution pipe; a flowing clearance is formed between one side in the width direction of the baffle at least and the pipe wall of the collecting pipe; the refrigerant flows out through the liquid outlet and enters the upper cavity through the flowing clearance. After flowing through the liquid outlet, the refrigerant is well mixed in the lower cavity and then enters the upper cavity through the flowing clearance, so that the technical problem in the prior art that a perforated plate or a perforated pipe is used, and after the refrigerant flows out through the perforated plate, secondary liquid distribution is non-uniform can be solved. The invention is applied to the field of air-conditioning heat exchangers.

The invention provides a flow control device for the front box of a gate-type magnesium alloy casting and rolling machine, which belongs to the field of magnesium alloy casting and rolling, and mainly includes a transmission device, a transmission locking mechanism, a detachable gate flow control valve and a sealing device; the transmission device and the detachable gate The gate of the flow control valve is connected to drive the gate to move up and down. The transmission device is connected in series with the transmission locking mechanism and placed on the outer surface of the front box. The sealing device is set on the gate connecting rod of the detachable gate flow control valve; through the transmission device Pull the gate to slide up and down, and the transmission locking mechanism is connected in series with the transmission device to ensure accurate control of the flow at the valve port. The improved detachable gate flow control valve solves the stuck problem after the valve is thermally deformed, and is easy to replace, reducing the The labor intensity of the workers improves the production efficiency, and the overall structure of the flow control device provides a good way for a simple, safe and reliable sealing method. The present invention has outstanding advantages in flow control precision and integral sealing performance of the structure under high temperature environment.