36results about How to "Mobile synchronization" patented technology

The embodiment of the invention discloses a method for display adjustment. The method is characterized in that the method is applied in a terminal. The method comprises the steps that a first shake parameter of the terminal at a first moment and a second shake parameter of the terminal at a second moment are acquired, wherein the interval between the first moment and the second moment is a preset period; based on the first shake parameter and the second shake parameter, a shake distance for which the terminal moves in the preset period is obtained; and according to the shake distance, a display area of display contents of the terminal is adjusted, and the display contents are displayed in the adjusted display area. The embodiment of the invention also discloses the terminal.

The invention relates to the technical field of railway production equipment, in particular to a high-precision wheel set positioning and transferring mechanism for production of railway vehicles. Thehigh-precision wheel set positioning and transferring mechanism comprises linear moving devices, synchronous devices and wheel set positioning devices. Each wheel set positioning device comprises a moving mechanism, a buffering mechanism and a shaft positioning mechanism. A wheel set is placed on rails. The shaft positioning mechanisms are arranged on the two sides of the wheel set and clamped ona rotating shaft of the wheel set. The buffering mechanisms are installed below the shaft positioning mechanisms. The working direction of the buffering mechanisms is the same as the conveying direction of the wheel set. The moving mechanisms are installed below the buffering mechanisms and drive the buffering mechanisms to move towards the wheel set from the two sides of the wheel set. The synchronous mechanisms and the moving mechanisms are all installed on the linear moving devices. The linear moving devices are arranged on the two sides of the rails. The conveying direction of the linearmoving devices is the same as the conveying direction of the wheel set. The high-precision wheel set positioning and transferring mechanism does not need high-precision racks, the safety synchronous mechanisms are installed on the linear moving devices of the high-precision wheel set positioning and transferring mechanism, and the wheel set is not prone to running off the rails or neither damagingracks when being conveyed.

The invention discloses a horizontal electrochemical-mechanical composite processing equipment applied to shaft parts, which mainly includes a supporting plate and a side wall. There are cathodes and grinding tools on both sides for processing shaft workpieces; one side of the supporting plate is set up on the linear guide rail on the side wall and can slide, and the cathode and grinding tools can move radially; through this device, the supporting plate can be The plate drives the cathode and the grinding tool to move axially together to realize the axial movement processing of the shaft workpiece, and because the supporting plate is in the shape of a groove, the electrolyte can be accumulated in the groove, so that on the one hand, it can avoid the impact of the electrolyte on the workpiece. Corrosion occurs in other parts of the equipment, and on the other hand, it is also convenient for the recovery of the electrolyte.

The invention relates to the field of seedling transplantation and aims at providing a hole excavating mechanism of a transplanting machine. The hole excavating mechanism of the transplanting machine comprises a support, a driving device, a first rack, a first slide rail, a first slider and a hole excavating device. The first slide rail is horizontally fixed to the support. The first slider is matched with the first slide rail. The hole excavating device is fixed to the first slider. The driving device drives the first slider and the hole excavating device to horizontally move on the first slide rail. The hole excavating mechanism of the transplanting machine has the advantages that the hole excavating device moves backwards in the hole excavating process so that the forward movement speed of the transplanting machine can be counteracted, a hole excavating cone can be static relative to a ground ridge when moving up and down for hole excavation, it is avoided that the hole excavating device breaks a thin film, the hole excavating and transplanting effects are improved, the hole excavating device is driven through the first rack fixed to the support, the displacement of the hole excavating device and the hole excavating process are made to be performed at the same time all the time, and synchronous movement is achieved.

The invention relates to the technical field of railway production equipment, in particular to a high-precision wheel pair positioning and transferring mechanism for railway vehicle production. Linearmoving devices, synchronous devices and wheel pair positioning devices are included. Each wheel pair positioning device comprises a moving mechanism, a buffering mechanism and a shaft positioning mechanism. A wheel pair is placed on an iron rail. The shaft positioning mechanisms are arranged on the two sides of the wheel pair and are connected with a rotation shaft of the wheel pair in a clampedmanner. The buffering mechanisms are arranged below the shaft positioning mechanisms. The work direction of the buffering mechanisms is the same with the wheel pair transportation direction. The moving mechanisms are arranged below the buffering mechanisms and drive the buffering mechanisms to move towards the wheel pair from the two sides of the wheel pair. The synchronous devices and the movingmechanisms are arranged on the linear moving devices. The linear moving devices are arranged on the two sides of the iron rail. The transportation direction of the linear moving devices is the same with the wheel pair transportation direction. The mechanism does not need a high-precision rack, safety synchronous mechanisms are arranged on the linear moving devices of the mechanism, the wheel pairis not prone to derailing during transportation, and rack damage is not likely to happen.

The invention relates to a radial position adjustment assembly for a roll shaft revolving body. The radial position adjustment assembly comprises bottom frames and a revolving main body, wherein installation shafts which are concentric with the revolving main body are fixedly connected to the two ends of the revolving main body, the installation shafts at the two ends of the revolving main body are arranged on two adjustment bases respectively in a rotatable mode, the adjustment bases are independent of each other and can move along the radial direction of the revolving main body, and at least one of the adjustment bases is connected with a driving end of a drive device. the radial position adjustment assembly further comprises cylindrical gears and guide plates, wherein the cylindrical gears are arranged on the installation shafts at the two ends of the revolving main body and of the same specification, the guide plates are fixedly connected to the bottom frames and located at the two ends of the revolving main body, a radial guide groove is formed in each guide plate, the cylindrical gears are embedded into the radial guide grooves, racks which are matched with each cylindrical gear are arranged on a lateral side of the corresponding guide groove, and the racks are meshed with the gears. The radial position adjustment assembly is simple and reliable in structure and convenient to maintain, the synchronism of movement of the two ends of the revolving main body can be effectively ensured, and therefore each connection part of the revolving main body and the drive device can be effectively protected.

The invention relates to a method of producing xylose and xylitol and co-producing L-arabinose by bagasse. The method comprises the following steps: first, treating the bagasse; then, producing xylose by the bagasse; and respectively producing xylitol and arabinose by the product xylose and a xylose mother liquid. By using the bagasse as a raw material, the method provided by the invention obtains crystallized xylose and further products of xylitol and L-arabinose which are high in additional value and are widely applied to the fields of foods and medicines through a whole set of process line. The method provided by the invention is simple to operate, novel in technology, low in cost, diversified in product and high in economic value, is a process method which is initiated at home for co-producing functional sugar alcohols and rare sugar products by bagasse, and has an extremely wide application value.

Provided is an injection mold for a net rack. The injection mold comprises a fixed mold with a concave mold template. A connection plate is arranged on one side face of the fixed mold. The connection plate and the fixed mold are provided with a conveying device with a conveying filter screen. One set of side faces of the fixed mold are each provided with two first lifting air cylinders. The first air cylinders are close to the top corners of the concave mold template; the ends of the first air cylinders are provided with pressing rods; lifting rods corresponding to the ends of the pressing rods are arranged in the fixed mold; and the concave mold template is provided with through holes allowing the lifting rods to penetrate through. According to the injection mold for the net rack, the filter screen is clamped through cooperation of the pressing rods and the lifting rods so that the filter screen can be placed on the concave die template accurately, and thus the accuracy is ensured when the filter screen is placed on the concave mold template, the filter screen is prevented from slipping or creasing when a movable mold covers the fixed mold, and the production efficiency and quality of the finished filter screen are greatly improved accordingly.

The invention relates to a brake, and provides a brake gap adjustment device, which includes a caliper body and an adjustment mechanism. The adjustment mechanism includes a cross bar and an eccentric lever. Each through hole is pierced with a rotation shaft. The axis is perpendicular to the rotation axis of the eccentric lever, and a pusher is provided at one end of each rotation shaft, and a sprocket perpendicular to the axial direction is arranged on the two rotation shafts, and the two sprockets are driven by a chain. And the two sprockets are respectively close to the middle positions of the corresponding rotating shafts along the axial direction; a pneumatic disc brake is also provided, including the above-mentioned adjusting device. In the present invention, when the eccentric lever is subjected to an external force, the two pushing parts can move along the axial direction of the rotating shaft through the threaded cooperation between the cross bar and the two rotating shafts, and then the gap adjustment of the corresponding friction plate can be realized, and the two rotating shafts The position near the middle adopts the transmission method of sprocket chain to ensure that the two rotate synchronously, and the consistency is very high.

Provided is an injection mold for a net rack. The injection mold comprises a fixed mold with a concave mold template. A connection plate is arranged on one side face of the fixed mold. The connection plate and the fixed mold are provided with a conveying device with a conveying filter screen. One set of side faces of the fixed mold are each provided with two first lifting air cylinders. The first air cylinders are close to the top corners of the concave mold template; the ends of the first air cylinders are provided with pressing rods; lifting rods corresponding to the ends of the pressing rods are arranged in the fixed mold; and the concave mold template is provided with through holes allowing the lifting rods to penetrate through. According to the injection mold for the net rack, the filter screen is clamped through cooperation of the pressing rods and the lifting rods so that the filter screen can be placed on the concave die template accurately, and thus the accuracy is ensured when the filter screen is placed on the concave mold template, the filter screen is prevented from slipping or creasing when a movable mold covers the fixed mold, and the production efficiency and quality of the finished filter screen are greatly improved accordingly.