16 results about "Machine factory" patented technology

The utility model relates to a kind of built-in H-shaped steel pipe coal gangue concrete column and section steel beam connecting structure, including the connecting joint of built-in H-shaped steel pipe column and section steel beam with upper and lower end plate, core coal gangue concrete column, two half end plates with bolt hole and two sides reinforcing plate's semicircular steel column, two half end plates and two sides reinforcing plate's high-strength bolt, all steel components are precisely machined in machining factory.In construction site, a small amount of welding and high-strength bolt are used for connecting assembly, finally pouring core coal gangue concrete.The construction method avoids complex construction environment and high-strength labor, not only gives full play to the lightweight high-strength and energy consumption capacity of steel pipe concrete structure, but also uses the superior bearing capacity, stiffness and ductility of section steel concrete.At the same time, the resourceful effective use of coal gangue is realized, and the demand of modern large-span building is met.The connecting structure improves engineering quality and efficiency, effectively reduces engineering cost, and ensures the applicability, safety and stability of structure.

The invention relates to the technical field of new energy automobile assembly, in particular to a sealing structure of a plastic side wall integrated charging port assembly, which comprises a right side wall body and a charging port assembly, a through hole is formed in the middle of the right side wall body, and the charging port assembly is mounted in the through hole of the right side wall body. Comprising a charging port base, a charging port cover inner plate, soft rubber, hinge base soft rubber and foam, the soft rubber is installed between the charging port base and the through hole, a charging port is formed in the middle of the charging port base, the hinge base soft rubber is installed on the periphery of the inner side of the charging port, and the foam is installed between the hinge base soft rubber and the charging port base; sealing between the charging port assembly and the right side wall body is achieved through flexible glue, and sealing between the charging port assembly and a high-voltage charging interface of a vehicle body is achieved through hinge base flexible glue and foam. The plastic right side wall body is integrated with the charging port assembly, light weight is achieved, the side wall spraying and preassembling procedures of a main engine plant are reduced, and the production takt is improved.

The utility model discloses a detachable damping fastener device, which belongs to the technical field of turnouts, and comprises a first base plate, a second base plate, a third base plate, a pressing plate and a switch tie bolt, the first base plate, the second base plate and the third base plate are sequentially stacked from top to bottom, and the first base plate and the third base plate are connected through a locking piece; the first base plate is used for pressing and limiting the second base plate on the third base plate; the pressing plate is connected to the third base plate through the switch tie bolt, and a buckling part is arranged on the pressing plate and used for abutting against the upper surface of the first base plate and pressing and limiting the first base plate. On the premise that the product performance is guaranteed, the types of parts can be effectively reduced, the machining and assembling difficulty of the parts can be reduced, pre-assembling of the first base plate, the second base plate and the third base plate can be achieved in a machining plant, assembling can be conducted without professional equipment, and the freight cost for reciprocating a vibration reduction fastener manufacturer to conduct assembling can be saved.

The application discloses a kind of automobile wheel hub bearing unit rotary bending fatigue testing machine calibration device and calibration method, it is related to wheel hub bearing test field, including test machine mesa etc., test machine loading arm is arranged in the vertical direction above test machine mesa, one side end surface of wheel hub bearing sample is fixed on test machine mesa, the other side end surface of wheel hub bearing sample is fixed in the bottom of test machine loading arm;Support is fixed in the vertical direction on test machine mesa, the loading end of manual hydraulic loading device is rested on the top of test machine loading arm, and force sensor is connected on the loading end;Test machine bending moment sensor is set on test machine loading arm, and calibration bending moment sensor is installed on the end surface of wheel hub bearing sample.The application can carry out the calibration of automobile wheel hub bearing bending fatigue testing machine and test, also can be extended to other automobile parts and so on product stress test and calibration, suitable for wheel hub bearing production research and development enterprise, also suitable for automobile main machine factory.

The utility model relates to a precision processing plant environment control system which comprises a control cabinet, a first ventilation pipeline, a second ventilation pipeline, a third ventilation pipeline, a fresh air fan, a first filter plate, a second filter plate, a cold water pipe, a hot water pipe, a first pressure difference sensor, a second pressure difference sensor, a first temperature and humidity sensor and a second temperature and humidity sensor. The first filter plate is fixedly connected to the right end of the avoiding hole, the second filter plate is arranged at the right end of the first filter plate, a control circuit is arranged in the control cabinet, and the first differential pressure sensor, the second differential pressure sensor, the first temperature and humidity sensor and the second temperature and humidity sensor are electrically connected with the control circuit. Data collected by the first differential pressure sensor, the second differential pressure sensor, the first temperature and humidity sensor and the second temperature and humidity sensor are transmitted to the control circuit, the power and start and stop of the fresh air ventilator are controlled through the control circuit, and impurities in air are filtered through the first filter plate and the second filter plate. And dust discharged from the first ventilation pipeline is reduced.

The adjustable assembled steel anchor beam support and construction method, the main part of the adjustable assembled steel anchor beam support is a standard bar, connected by high-strength bolts, and the machining work of the assembled horizontal standard frame (1), the lengthening steel (5) and the adjusting vertical rod (2) is carried out in the machining factory, the lengthening steel (5) and the adjusting vertical rod (2) are used in combination according to the actual situation, and the turnover use of the overall structure is realized. The adjustable assembled steel anchor beam support and construction method realizes the overall assembly of the support, ensures the machining precision and assembly accuracy of the component, adopts bolt connection instead of welding process, is convenient to install and remove under the construction condition that the space of the tower is limited, is safe in construction, greatly improves the work efficiency on site, and realizes the multiple turnover use of the component, and reduces the material consumption.

The utility model relates to the technical field of battery frames, in particular to a split type lightweight rechargeable battery frame structure. The battery pack mounting structure comprises connecting frame assemblies, connecting longitudinal beams for connecting the connecting frame assemblies, a battery pack mounting framework assembly arranged between the connecting frame assemblies, and an outer sealing plate which is arranged outside the connecting frame assemblies and wraps the whole connecting frame assemblies, the connecting frame assembly comprises side stand columns arranged on the two sides, a middle stand column arranged between the side stand columns, connecting longitudinal beams connected with the side stand columns and the ends of the middle stand column, and reinforcing columns arranged between the middle stand column and the side stand columns. The beneficial effects of the utility model are that: the technical scheme adopts fragmented transportation to a main engine plant for assembly, so that the transportation space is saved, and the transportation cost is reduced; bolt connection is adopted, operation is easy and convenient, the requirement for assembling workers is low, fatigue failure of welding seams is avoided, and the light weight of the battery frame is achieved on the premise that the strength is guaranteed.

The utility model discloses a kind of stabilizer bar mounting structure, stabilizer bar assembly and car, comprising: backing plate, the first end of backing plate is equipped with first limit part, first limit part is formed first clamping slot by bending from backing plate to back side, backing plate is equipped with first via, the second end of backing plate is equipped with second limit part, second limit part is formed second clamping slot by bending from backing plate to back side, backing plate is equipped with second via;Support, support forms the lining fixed part of bulge between first connecting end and second connecting end, support is set to backing plate back side, first connecting end is clamped in first clamping slot, second connecting end is clamped in second clamping slot, first connecting end is equipped with first mounting hole, second connecting end is equipped with second mounting hole;Lining, it is set between lining fixed part and backing plate, lining is equipped with stabilizer bar mounting hole.Avoid due to the shock and lead to lining and support drop off, main machine factory based on the part that supplier arrives, can be directly installed on auxiliary frame by bolt, greatly shorten the time consumption of main machine factory.

The invention relates to the technical field of digital twinning modeling, in particular to a machining factory management method and system based on digital twinning, and the method comprises the following steps: a workshop sensor collects the temperature data of a machining area, extracts path nodes, marks an over-limit segment in combination with a thermal deformation threshold value to generate an early warning group, and binds threads according to an offset sequence to generate a list; and extracting main shaft load and feed rate correction simulation parameters to generate an instruction set, and loading a three-dimensional model to record prediction and actual deviation to generate a verification report. Through linkage analysis of a temperature sensing network and a tool path, dynamic identification and early warning of a thermally induced error area are realized, path offset sensing precision is improved, a resource priority binding mechanism is established based on calculation thread load and offset severity, resource scheduling efficiency is enhanced, simulation iteration parameters are corrected in combination with processing feedback, and the method is suitable for large-scale popularization and application. Visual feedback and error records are corrected through a three-dimensional path, dynamic consistency verification of the machining process is achieved, and process stability and control precision are enhanced.

The invention relates to the technical field of intelligent factory management, in particular to an intelligent machine processing factory operation management method based on the Internet of Things, which comprises the following steps: acquiring main shaft operation time and temperature difference to generate a thermal stability mark, extracting a current interval standard deviation to generate a load balancing mark, and generating an environment compensation intensity instruction in combination with temperature, humidity and air pressure. And verifying data time consistency to generate a data alignment mark, and matching task priorities to generate a factory operation management scheme. According to the method, the load disturbance identification precision is improved through the current peak interval standard deviation, the environmental parameter expression ability is enhanced by combining temperature and humidity and air pressure composite indexes with the thin-wall part proportion, the multi-source data processing consistency is ensured through timestamp verification, and dynamic scheduling optimization is achieved based on multi-factor task rearrangement and matching of an air pressure adjustment window. The thermal stability, the load balance and the environmental adaptability in the machining process are improved, and the task execution stability and the precision control capability are enhanced.

This invention relates to the field of server order firmware version management, specifically disclosing a method, device, terminal, and medium for server order firmware version management. When the entire machine is powered on and testing begins, the system acquires the order placement time, the latest firmware release time, and the order test start time. It then determines whether the order placement time is later than the latest firmware release time; if so, the order is considered a new order; otherwise, it determines whether the order test start time is later than the latest firmware release time; if so, the order is considered a new order; otherwise, it is considered a last order. If it is a new order, the latest firmware is used for firmware update management during the entire machine test; if it is a last order, the old firmware is retrieved for firmware update management during the entire machine test. This invention intelligently identifies the firmware to be updated during the entire machine power-on test using timestamp information, achieving intelligent switching of firmware upgrade imports from the entire machine factory, eliminating the need for manual processing of each order, reducing manpower, and lowering the risk of omissions.

The application discloses a wire harness butt joint support, an automobile and a wire harness fixing method, and relates to the field of vehicles.The wire harness butt joint support comprises a support and a partition, the support is provided with a plurality of connecting pieces for connecting wire harness connectors, and the support is further provided with a fixing structure for connecting a vehicle body panel; the partition is provided with a plurality of partitions and is connected to the support, adjacent two partitions are formed with grooves for laying wire harness connectors, and the length of one groove is greater than or smaller than the length of an adjacent groove in the laying direction of the plurality of connecting pieces. The wire harness fixing method is applied to the wire harness butt joint support, and the wire harness fixing method comprises the following steps: connecting a plurality of wire harness connectors to the support; and connecting the support to the vehicle body panel. The application can effectively realize wire harness connection error prevention, complete the integration and fixing of all wire harness connectors at the wire harness factory stage, reduce assembly man-hours of a main machine factory, and improve production efficiency.

The application discloses a TSC1 rotating speed request-based speed regulation control method, wherein when a whole machine controller VCU sends a TSC1 rotating speed request to an engine controller ECU through a CAN bus, a speed regulation rate (Droop) request is synchronously sent, the engine controller calculates a corresponding speed regulation target rotating speed according to the received rotating speed request information and the speed regulation rate request information and an engine working load rate in the controller in real time, so that the TSC1 speed regulation control is realized. The method solves the defect that the engine has no speed regulation rate control when the main machine factory (OEM) of engineering mechanical equipment uses the TSC1 control mode to request the engine rotating speed.

The invention relates to a system (100, 200, 300, 500) for process automation of a manufacturing plant, the system comprising:-a plurality of machines (140, 536) of the manufacturing plant; -a plant machine database (128, 548) comprising control parameters of the machines; an automation system (103) for automatically operating machines of the manufacturing plant according to the control parameters in the plant machine database; -a secure interface (142) configured to: receive a request; verifying the request; in response to determining that the request is valid, storing control parameters (402-408) included in or derived from the request in a factory machine database; wherein the automation system is configured to perform automation operations of the machine in accordance with the stored control parameters included in or derived from the valid request.

The invention relates to a system (100, 200, 300, 500) for process automation of a manufacturing plant, in which the claimed system (300) for monitoring a manufacturing plant comprises:-a plurality of machines (140) of the manufacturing plant,-a plant machine database (128, 548) comprising control parameters of the machines, and comprising spatial information and / or status information of physical objects, the physical objects being the machines and / or objects processed by the machines; -an automation system (103) for automatically operating the machines in accordance with the control parameters in the factory machine database; -an update engine (160) configured to continuously receive spatial information and / or status information of the physical objects from a plurality of sensors (162) during an ongoing manufacturing process and to update the factory machine database using the received information; -a visualization database (130) comprising a subset of the data of the plant machine database; -a replication module (150) configured to continuously select data in the factory machinery database enabling generation of a digital visual representation of the one or more physical objects, whereby the selected data does not contain the control parameters, and configured to only replicate the selected data to the visualization database; a visualization engine (134) (a software program or a set of interoperable software programs) configured to generate a digital visual representation of the one or more physical objects from data in the visualization database; -a display device (154, 108) configured to display a visual representation of the one or more physical objects to a user to enable the user to monitor the manufacturing process.

The utility model discloses a converter power cabinet, which particularly relates to the field of electrical equipment and comprises a cabinet body, and an inductance component I, a power module, a heat exchange component, an inductance component II and a bus capacitor are arranged in the cabinet body. According to the utility model, the flowing path of electric power from input to output is arranged to be a straight line, so that the length of power flow is short, the cost of the conducting bar of the whole machine is low, and since the components are arranged on the same plane, each component is easier to approach during maintenance and repair, and the components can be conveniently checked, repaired or replaced regularly; the modular design of the system can be realized more easily, each unit or module can be arranged or replaced along a straight line, the rapid expansion or adjustment of the system can be supported, so that the power cabinet is compact in structure, clear in system hierarchy and high in overall power density, in addition, modular assembly can be adopted in the cabinet body, the assembly difficulty is low, the efficiency is high, and the profit of an overall plant is improved.