16results about How to "Flexible transfer" patented technology

The utility model relates to the technical field of beam deflection detection, and aims to solve the problems that a mounting frame needs to be fixed on a bridge body when an existing detector is fixed, time and labor are wasted in disassembly and assembly, and a bridge can be damaged to a certain extent. The utility model provides a low plate girder deflection detection support. The low plate girder deflection detection support comprises a detector, a positioning assembly and a lifting rod. The lifting rod is vertically arranged at the top of the positioning assembly; a leveling assembly is arranged at the end, away from the positioning assembly, of the lifting rod. A mounting platform is arranged at the top of the leveling assembly; the detector is arranged at one end, far away from the leveling assembly, of the mounting platform; the beam deflection detection support provided by the utility model is good in accuracy, convenient to disassemble and assemble and convenient to flexibly transfer, and does not cause damage to a bridge body.

The utility model relates to a novel lead frame in the technical field of TSSOP packaging. The novel lead frame comprises a metal frame and a chip. The upper side and the lower side of the metal frame are provided with an upper pin and a lower pin which are connected with the chip. The left side and the right side of the metal frame are provided with a left pin and a right pin which are connected with the chip. According to the novel lead frame provided by the utility model, the left pin and the right pin which are connected with the chip are additionally arranged on the left side and the right side of the metal frame, so that the signal switching capability of the lead frame is greatly enhanced, and compared with the pin design of a traditional TSSOP product, the novel lead frame can realize the switching of a power supply signal and a ground signal more flexibly and efficiently.

This utility model relates to the field of construction safety technology and discloses a maintenance device for a large-span bridge railing with a folding ladder and protective railing. The device includes a ladder, a folding hanging ladder, a protective cage, and a support assembly. The folding hanging ladder is installed at the top of the ladder and can be folded to fit the ladder when not in use, reducing its size. When in use, it is unfolded to support the railing, providing stable transition support for climbing. The protective cage is fixed to the side of the ladder with bolts, forming a ring-shaped protective structure to prevent falls. The support assembly contains multiple evenly arranged support platforms, which are automatically retracted via connecting rollers, assembly cylinders, and coil springs. Normally, the coil springs keep the support platforms close to the ladder; when in use, stepping on a support platform overcomes the spring force to unfold it, and a limiting platform prevents excessive flipping, ensuring stable support and providing a place for maintenance personnel to stop and operate. All components are foldable and detachable, saving manpower and resources for transportation. Installation only requires unfolding and fixing; it occupies little space when not in use and can be flexibly transferred to different bridges, adapting to the maintenance needs of multi-span bridges. This improves convenience and safety.

This utility model discloses an assembly fixture for a cooling module of engineering machinery, including a base plate and two sets of vertical supports. The bottom of each set of vertical supports is mounted on the left and right ends of the side surface of the base plate via a transverse sliding mechanism. Positioning components one for positioning the left or right side frame of the cooling module are located on the opposite vertical surfaces of the two sets of vertical supports. Positioning components two for positioning the bottom frame of the cooling module are located in the middle of the side surface of the base plate. Positioning components three for positioning the corresponding bottom support plate of the cooling module are located at the left and right ends of the side surface of the base plate. This assembly fixture significantly improves the accuracy of component assembly. A rectangular frame assembled in one step meets the requirements. It requires low operator skill, is highly operable, greatly reduces manual labor and fatigue, and significantly improves the quality and processing efficiency of the finished cooling module, meeting the needs of large-volume delivery.

This utility model relates to the field of testing device technology and discloses a testing device for an automotive cockpit controller, comprising: a main cabinet, which is divided into multiple functional layers along a first direction by partitions, the functional layers being suitable for testing at least one function of the automotive cockpit controller; and a darkroom connected to the main cabinet, the darkroom being suitable for forming a dark space; the main cabinet includes: a first side panel, the first side panel being suitable for mounting the object under test for testing in the darkroom. By dividing the main cabinet into multiple functional layers along the first direction, the parallel testing capability of multiple functions of the automotive cockpit controller is realized. This not only optimizes space utilization but also significantly improves testing efficiency, allowing different functional modules to be tested simultaneously, greatly shortening the overall testing cycle. The connection design of the darkroom provides a controllable dark environment for optically related tests, ensuring the reliability and consistency of test data.

The utility model discloses a product transfer mechanism is used in upper bearing processing relates to bearing processing technical field, including clamping frame, the clamping frame all slide is established on the guide frame, the guide frame is fixed and is established at the installation cylinder one end, the inside of installation cylinder is equipped with drive assembly, the both sides of clamping frame are equipped with fixed component, the inside of installation cylinder is hingedly arranged rotary frame, the rotary frame rotation is established at the one end of sliding rod, the inside of sliding rod is slidably arranged in first fixed pipe, the one end of sliding rod is equipped with rotating component, the inside of second fixed pipe is equipped with distance adjusting component. The utility model discloses through setting up several clamping frames, and the clamping rod is set to both sides of clamping frame, and then can according to the need to the bearing inner race and outer ring clamping transfer, through setting up rotating component and distance adjusting component, make convenient for the transfer of bearing.

The invention discloses a high and large supporting system for dismantling and rebuilding an existing cantilever structure and a construction method. The high and large supporting system is applied to an existing building comprising existing columns, a lower layer cantilever structure and an upper layer cantilever structure. One end of the system is supported by stand columns, the other end of the system is supported by existing columns, and the system comprises the stand columns, bases, guide rails, hoops, guide beams, bearing beams, supporting plates and the like. In the dismantling stage, the supporting plate serves as an unloading receiving plate to receive the crushed objects; and in the reconstruction stage, supporting rods and formworks are arranged as a working platform, and loads are borne. The system can drive the stand columns and the top sliding seat to slide synchronously through the power device to achieve positioning, the two purposes of protection removal and support reconstruction are achieved, the construction efficiency is improved, and the cost is reduced.

This utility model discloses a support device for placing a conduit, belonging to the field of launch vehicle assembly technology. It includes a sliding base, a height adjustment component, and a conduit support. Two supporting inclined surfaces restrict the conduit's rolling, and through-holes allow cable ties to be threaded through them to secure the conduit to the support, preventing rolling or displacement during transport or placement, thus ensuring stability and safety. Casters enable flexible movement and rapid positioning between workshops. The height adjustment component has an adjustable length of 15cm, flexibly adapting to operators of different heights, ensuring comfortable loading, unloading, or insulation treatment of the conduit.

The application discloses a special shock absorber for textile equipment and a shock absorbing method thereof, and has the structure including universal ball, displacement frame, shock absorber, and connecting disc, wherein the universal ball is connected with the shock absorber through the connecting disc, and the displacement frame is installed on the surface of the outer ring of the shock absorber; the displacement frame includes extension table, connecting strip, universal wheel, supporting column, spring, pressing surface, and connecting ring, wherein the extension table and the connecting ring are integrated, the connecting strip penetrates through the connecting ring and is connected with the pressing surface, the spring is installed between the pressing surface and the extension table, the supporting column is fixed at the bottom of the pressing surface, the universal wheel is connected with the supporting column and can rotate, and the universal wheel can rotate along the supporting column; the textile equipment has high requirements on operation precision; when the equipment has position deviation due to vibration, only the pressing operation can be used to remove the fixing of the suction cup, enable the universal wheel to correct the position, the whole process does not need to disassemble the equipment components, production stagnation caused by disassembly and debugging is effectively avoided, and the continuity of textile production and the stability of product quality are ensured.

The utility model discloses an ultrasound-based cardiac output measurement module and medical monitoring equipment, and the cardiac output measurement module comprises a module shell detachably connected to host equipment and a circuit board assembly arranged in the module shell, an ultrasonic probe interface and a signal transmission interface which are in communication connection with the circuit board assembly are embedded in the module shell, the ultrasonic probe interface is used for being connected with an ultrasonic probe, and the signal transmission interface is used for being in communication connection with a main processor in host equipment. The circuit board assembly comprises a parameter board used for controlling the ultrasonic probe to emit ultrasonic signals and obtaining cardiac output information according to returned ultrasonic echo signals. The cardiac output measurement module based on the ultrasound is inserted into the external installation space of the host shell in the form of an accessory module for use, the cardiac output measurement module based on the ultrasound is small in size, convenient to take and capable of being flexibly transferred, the whole equipment does not need to be pushed in the transferring process, and use is more convenient.

The utility model discloses a transmission line, include: first transmission section, including at least one first stator, second transmission section, along the motion direction of first transmission section and first transmission section interval setting, and including at least one second stator, third transmission section, along first direction and first transmission section interval setting, and including at least one third stator, first horizontal connection mechanism, including first horizontal connection drive assembly and first horizontal connection stator, first horizontal connection drive assembly is used for driving first horizontal connection stator and transmission direction end first stator and transmission direction head second stator connection, or with third stator connection, first up and down connection mechanism, including first up and down connection drive assembly and first up and down connection stator, and optical fiber line, will first stator, first horizontal connection stator, first up and down connection stator and third stator in proper order series connection, and this application can guarantee the accurate control and stable operation of the runner in the transmission process.

This utility model discloses a movable loading mechanism for loading train carriages, including a base, a lifting platform, a material chute structure, lifting devices, and lifting guide columns. The lifting platform is located on the base; a stop column is provided at the upper end of the lifting platform; the material chute structure is angle-adjustably located at the end of the lifting platform; there are two sets of lifting devices, symmetrically arranged on both sides of the lifting platform; each set of lifting devices includes at least two hydraulic lifting cylinders, with the fixed end of each hydraulic lifting cylinder connected to the base and the driving end connected to the lifting platform; the lifting guide columns are arranged opposite each other on both sides of the lifting platform, with the bottom of the lifting guide columns vertically connected to the base; guide frames corresponding to each guide column are provided on both sides of the lifting platform; each guide column is matched to the inner side of the corresponding guide frame and can slide up and down relative to the guide frame. The above mechanism improves the loading efficiency of train carriages, reduces material loss, has a simple structure, is easy to operate, stable and reliable, easy to move, and has wide adaptability.

This utility model discloses a processing and transfer assembly for an intelligent equipment frame, including a feeding roller conveyor line and a loading roller conveyor line with the same direction. A chain conveyor is arranged on the side of the feeding roller conveyor line, and a reversing conveyor line is arranged between the feeding roller conveyor line and the loading roller conveyor line. A lifting mechanism is arranged near the reversing conveyor line on the feeding roller conveyor line and the loading roller conveyor line. The lifting mechanism includes two fixed plates, one of which is equipped with a drive motor. A lifting cam is arranged at the output end of the drive motor, and an eccentric wheel is arranged on the lifting cam. A lifting plate adapted to the eccentric wheel is arranged inside the fixed plate. Lifting shafts are arranged on both sides of the lifting plate, and a lifting plate is arranged at the end of the lifting shaft. This utility model solves the problems of high labor intensity, low efficiency, poor flexibility, unstable transfer, inaccurate positioning, and lack of guiding obstructions in the existing intelligent equipment frame processing and transfer process.

The utility model relates to the technical field of belt conveyors, and particularly discloses a novel movable tensioning tower for a belt conveyor, which comprises a tensioning tower, a skid, a pin shaft and a tensioning device, the skid is placed on the ground, and the tensioning tower is fixedly mounted at the top end of the skid; a plurality of pin shafts are arranged, the tensioning devices are detachably installed on the skid through the pin shafts, and the tensioning devices correspond to the pin shafts in a one-to-one mode. The novel movable tensioning tower can be flexibly transferred among different projects, and repeated utilization is achieved.

The application is suitable for the technical field of computer and financial technology, and provides a digital asset management method and system based on asynchronous settlement and ownership locking, which comprises the following steps: receiving an ownership change request of a target asset unit from a requestor; giving a trusted timestamp to the received ownership change request; determining the sequence of the ownership change request according to the trusted timestamp, and entering an ownership verification process; after reaching a predetermined settlement time point, asynchronously processing all locked target asset units in the current settlement period, generating a new asset unit controlled by a second ownership certificate for each locked target asset unit to replace the old asset unit; and unlocking the asset unit to complete the ownership transfer. The application can realize efficient, safe, certain and flexible ownership transfer, and significantly improve the transaction throughput.