38results about How to "Increase placement speed" patented technology

The invention discloses a measurement point creating method based on on-line measurement technology. The method comprises following steps: obtaining point, line or surface information on a to-be-machined model to obtain curve parameter field information; obtaining position information and detection direction of measuring points according to parameter field information and curve normal direction so that the multiple measurement points are created; and generating a measurement path during an on-line measuring system and compensating the path and optimizing. The measurement point creating method based on on-line measurement technology has following beneficial effects: working load is reduced; working efficiency is raised; a usage range is wide; the method supports a plurality of types and different kinds of models to create measuring points; participation of people is minimized and error rate is lowered.

The invention relates to the field of chip mounters of electronic assembly, in particular to an economic high-speed mounting head technology for the chip mounters. The aim of the invention is to provide a mounting head with the characteristics of reasonable structural layout, simple transmission, small overall volume, light weight, high speed and low cost. A modular high-speed mounting head for LED (light emitting diode) mounting comprises a turntable rotating mechanism, a suction nozzle lifting mechanism, a suction nozzle rotating mechanism, an electrical protection and interface conversion device, and a suction nozzle. The turntable rotating mechanism comprises a mounting head fixing seat, a direct current servo motor used for providing driving force and arranged on the mounting head fixing seat, a first turntable for keeping linkage, a second turntable, a turntable connecting frame for connecting the first turntable and the output end of the direct current servo motor, and a turntable shaft.

The invention provides an automatic magnetic core placing machine. Laser cutting process and fine riveting process are utilized to manufacture a magnetic core placing disk, the manufactured magnetic core placing disk is high in accuracy, and the magnetic core placing disk is not prone to deforming and being damaged in high-temperature electroplating operation. The magnetic core placing disk can be recycled, so that the utilization rate is improved. The magnetic core placing disk is fixed on a Y-axis module, the Y-axis module can carry the magnetic core placing disk to move in the Y-axis direction, an X-axis module and a Z-axis fine adjustment and pneumatic device can carry a vacuum suction nozzle to move in the Y-axis direction and the Z-axis direction, and accordingly the vacuum suction nozzle can suck magnetic cores in any position and any direction to place the magnetic cores on the magnetic core placing disk. Full-automatic operation can be achieved through a self-programmed special material sucking and placing PLC procedure. Compared with an existing placing speed of 1,000 pieces per hour, the placing speed of the automatic magnetic core placing machine is about 8,000 pieces per hour. Thus, the placing speed is greatly improved.

Disclosed is a method for placing fiber-reinforced, pre-impregnated, planar semi-finished products on a placement tool for the manufacture of a non-crimp fabric, wherein a placement film is clamped on the placement tool for purposes of holding the non-crimp fabric, and by means of evacuation and / or the application of pressure is fixed in position on the placement tool and / or can be released from the latter. Also disclosed is a placement tool for the execution of such a method.

The invention provides a multi-station material quantitative sorting fast material sorting device and a material sorting method, which relate to the technical field of material sorting and include an upper hopper in which a plurality of material bags are stored, and the upper hopper The right side is fixed with an upward-sloping climbing belt. A top silo is placed on the bottom of the climbing belt. The top silo is used to store material bags. Material belts, two adjacent material distribution belts are arranged in parallel; when the first pressing block of the present invention is pressed down, it will push the first pushing block to slide outward, so that the upright material bag falling on the turning base Push from the top of the material bag to turn the material bag on the overlapping belt. By turning the material bag over, the other side of the material bag is facing up on the overlapping material belt, which is more convenient for manual inspection and observation of the surface of the material bag, and improves the detection. efficiency and improve detection accuracy.

The invention discloses an integrated feeder of a placement machine, which includes a drive system, a peeling wheel, and a feed wheel, and is characterized in that: the drive motor in the drive system is integrated with the feed wheel , forming an active feeding wheel. In the active feeding wheel, the synchronous transmission gear with the same rotation center, the feeding gear and the annular supporting wheel are integrated and a stator magnet or coil is installed in its cylindrical wheel cavity, correspondingly on its original wheel shaft The rotor coil or magnet is installed on the top; the wheel cavity and the wheel shaft are matched by two rolling bearings in the axial direction. The axle of the active feeding wheel is fixed on the support plate of the integrated feeder; the synchronous transmission gear drives the skinning wheel to rotate in the same direction or in the opposite direction through a synchronous belt. The invention has reasonable structural layout, greatly reduced mechanical transmission links, small assembly volume and light weight, and can significantly improve the responsiveness and accuracy of the feeding action.

The application discloses an ultra-high-speed placement method and a placement head. The placement head includes a grabbing assembly. The placement method includes: step A: rotating the grabbing assembly to a vertical direction; step B: moving the grabbing assembly Take the component to the corresponding suction position, and push the corresponding feeder; Step C: Press down on the grabbing component to complete the suction, and close the feeder; Step D: Rotate the grabbing component to the vertical direction; Step E: Move the grabbing Components to the corresponding placement position; Step F: Adjust the placement angle of the grabbing component; Step G: Press down on the grabbing component to complete the placement. The placement method of the present application has simple steps, can adjust the placement angle of the grasping component, improves the accuracy of placement, and greatly improves the placement speed of equipment such as placement machines.

The invention relates to the field of electronic devices, and specifically, to a full-array die attachment device and method utilized in producing a surface-mount quartz crystal oscillator. The full-array die attachment device comprises a fixing device, a suction device located in the fixing device, and a transfer device detachably connected to the fixing device. A full array of dies to be attached on a full array of substrate bases (1) are arranged on the transfer device. The full array of dies comprise a plurality of dies. The suction device is in contact with the full array of dies at the transfer device. The full-array die attachment method comprises: transferring a plurality of dies together to form a full array of dies, to enable each of the full array of dies to correspond to a single substrate base configured directly therebelow. A pick-up tool (10) having a coating film suctions the dies together, and then places, on a full array of substrate bases (1) after applying an adhesive dispensing process thereon, all of the dies, reducing the time for die placement, providing a fast die attachment process, increasing the production efficiency by ten to hundred times, and expanding a production volume.

The invention relates to a position ring placing vehicle, and in particular relates to an epidemic prevention queuing detection position ring placing vehicle. The technical problem to be solved is how to provide a mobile placing vehicle specially used for collecting square position rings. The epidemic prevention queuing detection position ring placing vehicle comprises a vehicle plate, supporting seats, rotating shafts, wheels, a handlebar, a first swing seat, a swing plate and the like. Four supporting seats are arranged below the vehicle plate, the rotating shaft is rotationally connected between each pair of supporting seats, the wheels are connected with the two ends of the two rotating shafts, the handlebar is fixedly connected with one side of the vehicle plate, the first swing seat is fixedly connected with the U-shaped part of the handlebar, the swing plate is hinged into the first swing seat, and a clamping set is fixedly connected with the swing plate. The clamping set and an adjusting set can be reversed by 90 degrees, a horizontal position ring can slide down from a limiting rod more easily after being reversed, and a worker only needs to fix the first position ring taken out from the limiting rod.

The invention provides a high speed instrument panel circuit board surface mounting machine, which comprises a conveyor belt, surface mounting heads and a sliding rail, wherein the conveyor belt is arranged below the sliding rail; the surface mounting heads are mounted on the sliding rail via a motor; the sliding rail and the conveyor belt form a 90-DEG position relation; the lower side of the sliding rail is provided with a dispenser; a sensing element is arranged on the dispenser; and each surface mounting head is formed by a rotating shaft and suction nozzles, and the suction nozzles are closely arranged on the circumferential surface of the rotating shaft. As surface mounting is carried out by the surface mounting heads with multiple suction nozzles, the number for surface mounting can be increased, and productivity can be improved; as the front surface mounting head, the rear surface mounting head and the standby surface mounting head are arranged, surface mounting of a large number of elements can be completed while a high surface mounting speed is kept; the invested production cost is small, and the high speed instrument panel circuit board surface mounting machine can be used by medium and small-sized enterprises; and the structure is simple, and the invested cost is reduced while the surface mounting speed is improved.

The invention discloses an underwater plugging and water sealing method for a bottom plate of a concrete pouring jacket without a back cover, which comprises the following steps: providing a concrete pouring jacket, a plurality of light-weight back cover templates and a plurality of jacks; hoisting and lowering the concrete pouring jacket; after the concrete pouring jacket arrives a designated position, hanging and fixing the concrete pouring jacket on steel pile casings of filling piles through a hanger above; at least installing the jacks between the inner side wall of the concrete pouring jacket and each steel pile casing of the filling piles; stabilizing the concrete pouring jacket to resist the influence of wind waves; installing and fixing the back cover templates in the water body below the bottom plate of the pouring jacket by a diver; arranging a longitudinal water inlet pore path and a concrete pouring filling area which can realize internal and external water pressure balance; selecting bag concrete; carrying the bag concrete and entering water by the diver and pouring the concrete into the pouring filling area; and finally plugging the longitudinal water inlet pore path to finish plugging and water sealing. The invention can accelerate the installing speed of the concrete pouring jacket and is especially favorable for carrying out the water sealing operation on thebottom plate of the concrete pouring jacket.

The application discloses an ultra-high-speed placement head, the placement head includes a frame, a grabbing assembly for grabbing or mounting components, and a horizontal turret assembly arranged on the frame; the The horizontal turret assembly includes a rotating shaft on which the gripping assembly is arranged. The placement head of this application, because it is equipped with a unique horizontal turret assembly, can realize that it only needs to add a grabbing assembly on the rotating shaft, and can realize a substantial increase in the placement machine without increasing too much cost. The placement speed of the equipment.