36results about How to "Automate the transfer" patented technology

A method comprises the steps of: receiving a first audio signal (S1); generating a digital representation (S1″) of the first audio signal (S1) by applying a head-related transfer function (HRTF) in a first sound reproduction position (r1); and changing the first sound reproduction position (r1) to a second sound reproduction position (r3) in response to receiving a second audio signal S2) or a precursor signal for a second audio signal (S2).

The invention discloses a picking and overturning structure, a transferring device and a full-automatic picking and conveying device. The picking and overturning structure comprises a base, a rotatingassembly which can freely rotate, and a picking assembly which is mounted on the rotating assembly, wherein the rotating assembly and the picking assembly are mounted on the base; and at least one rubbing mechanism set is arranged on the picking assembly and is driven by the picking assembly to telescope in a direction parallel to the radial direction of the rotating assembly. According to the picking and overturning structure, the rubbing mechanism is used for rubbing, separating and lifting a mask at the topmost layer of a mask pile layer, so that the mask is picked, and the whole mask picking process is simple and convenient, and the masks can be picked by pieces; the rotating assembly drives the rubbing mechanism to overturn to realize the overturning of the separated mask, so that the operation of the following mask folding process is conveniently carried out; the mask overturned by the rubbing mechanism is received by a receiving assembly, and thus the mask can be automaticallytransferred; and a conveying mechanism is used for receiving and conveying the mask received by the receiving assembly, so that the problem that the folding in later process is hard to carry out due to deflection deformation of the mask can be avoided.

The invention discloses a building dustproof device which comprises an annular isolation hood, a rotary shovel plate, a rotary driving assembly, elastic cloth, a sliding seat and an opening and closing assembly. The annular isolation cover is of a hollow structure, an inner hole is formed in the upper portion of the annular isolation cover, the lower portion of the annular isolation cover is of a through structure, an opening structure is arranged on the annular isolation cover, and the opening structure is communicated with the inner hole and a hollow inner cavity of the annular isolation cover; the rotary shovel plate is rotatably installed below the annular isolation cover, the rotary driving assembly is installed on the outer side face of the annular isolation cover, and the rotary driving assembly is connected with the rotary shovel plate; the rotary shovel plate is provided with a center hole opposite to the inner hole in position and a notch opposite to the opening structure in position, and a plurality of opening grooves are formed in the rotary shovel plate at intervals. The shielding mechanism plays a role in noise isolation and dust prevention, and noise pollution and dust pollution are avoided.

The invention discloses an electric fastener self-pairing type intelligent assembling robot and an assembling method. A robot body is included. Two components forming a fastener are subjected to transferring and direction adjustment through pairing bases assembled to the components. The components can disengage from the pairing bases under the action of external force. Each of the two sides of therobot body is provided with a mechanical arm for transferring the corresponding pairing base loading the component, a transfer pairing mechanism for conducting direction adjustment on the corresponding pairing base loading the component, and an automatic assembling mechanism for assembling the component obtained after direction adjustment. The fastener assembling method comprises the steps that the mechanical arms and the transfer pairing mechanisms are sequentially used for conducting conveying and direction adjustment on the pairing bases loading the components, the automatic assembling mechanisms are used for assembling the two components, and the purpose of automatic assembling of fasteners with complex appearances is achieved.

The invention provides a processing method and a processing device of a novel high-efficiency polycrystalline four-resistance gate cell sheet, and belongs to the electronic technical field. The processing method and the processing device solve the problem that methods and devices in the prior art fail to automatically and effectively process the novel high-efficiency polycrystalline four-resistance gate cell sheet. The processing device of the novel high-efficiency polycrystalline four-resistance gate cell sheet comprises a machine frame. The machine frame is fixedly provided with a first processing container, a second processing container and a third processing container. The first processing container is provided with a first processing cylinder. The first processing cylinder is provided with a first lifting plate. The machine frame fixes a guide rail. The guide rail is provided with a sliding block. The sliding block is provided with a lifting gas cylinder. The lifting gas cylinder is fixedly provided with a take and put manipulator. The sliding block is connected with a moving mechanism. The moving mechanism comprises a nut, a lead screw, a motor and a bearing. The second processing container is internally provided with a stirring device. The third processing container is provided with a jet pipe I and a jet pipe II. By the processing method and the processing device, the cell sheet is effectively processed, and the processing efficiency is high.