16 results about "Machine interference" patented technology

The invention relates to the technical field of metal processing machine tools, in particular to a lathe bed structure capable of being used for reverse processing, forward processing and reverse processing and forward processing combined processing. Comprising a machine frame, a sliding rail horizontally fixed to the machine frame, an inverted turning tool tower fixed to the machine frame, an upright turning tool tower fixed to the machine frame, an upright turning clamping main shaft fixed to the machine frame, an upright turning tool tower connected to the sliding rail in a sliding mode and an inverted turning clamping main shaft connected to the sliding rail in a sliding mode. The sliding rail comprises a high rail and a low rail which are arranged in parallel, the low rail is located on the side close to the inverted turning tool tower, the vertical installation height of the low rail is larger than the height of the inverted turning tool tower, the installation direction of the inverted turning tool tower is parallel to the direction of the sliding rail, and the installation direction of the upright turning tool tower is perpendicular to the direction of the sliding rail. Performance breakthrough is achieved through innovative design of the machine tool, rigidity and precision are improved through cutting load self-balancing in the high-low rail layout, the hidden danger of machine tool chatter is eliminated, and guide rail abrasion is reduced; the directions of the inverted and upright turning tool turrets are optimized, the problems of machining interference and vibration are solved, the machining range is widened, and the machining precision is guaranteed.

The invention discloses a method for using a reference ball as a normal machining reference, and belongs to the field of machining of automobile manufacturing. According to the method, a datum hole is machined in the surface of a to-be-machined workpiece, a datum ball is installed, contact type measurement is used for determining machine tool coordinate system coordinates of the center of the datum ball, and then multi-axis numerical control machining is conducted with the center coordinates as the machining datum. The specific operation comprises the steps that a reference hole perpendicular to the bottom plane is machined in the surface of a workpiece, then a reference ball is installed in the hole to form a spherical measuring face, then a dial indicator slides on the surface of the reference ball to complete reference alignment of the X axis, the Y axis and the Z axis, and finally multi-axis numerical control machining is conducted with the determined sphere center coordinates as the reference. The method can effectively eliminate the reference conversion error, improve the normal machining precision, simplify the machining process, reduce the machining interference risk, improve the tool setting efficiency and verify the normal machining precision of the numerical control milling equipment, and has remarkable beneficial effects.

The utility model discloses a metal product processing fixing device with an arc-shaped surface, the metal product is in the shape of an egg with the outer diameter of two ends smaller than the outer diameter of the middle section, the metal product comprises a base and a supporting table installed on the base and used for supporting the metal product, and the base is further provided with a rotary clamping assembly located above the supporting table. The rotary clamping assembly comprises a pair of hoops with the adjustable distance, and the inner diameters of the two hoops are matched with the outer diameters of the positions, close to the two ends, of the metal product correspondingly. According to the fixing device for machining the metal product with the arc-shaped surface, the hoop controlled by the rotary telescopic mechanism is matched with the liftable supporting table, so that the metal product can be rotated and turned under the condition of accurate positioning in the machining process, the machining interference is reduced, the machining flexibility is higher, and the machining efficiency is improved. And the metal products are not prone to being damaged due to overlarge pressure, the production efficiency is effectively improved, and the production cost is lower.

The invention relates to the field of fluid transmission, in particular to a pipe joint and a manufacturing method thereof, an assembly head mounting method and a maintenance method.The pipe joint comprises a joint body, a sealing ring, a sealing ring and a sealing ring, an annular clamping groove and a clamping ring are arranged at the other end of the base, and the clamping ring is arranged in the annular clamping groove; and the nut is arranged on the connector body in a sleeving mode, and a limiting structure is arranged in the nut. The manufacturing method of the pipe joint comprises the following steps: respectively preparing the joint body, the nut, the sealing ring and the snap ring; an annular clamping groove is machined at one end of the connector body, and a flaring connecting structure is machined at the other end of the connector body. The assembling method of the pipe joint comprises the following steps: assembling the sealing ring into the annular groove; the nut is sleeved from the connector body, and the clamping ring is assembled to the annular clamping groove. According to the pipe joint maintenance method, the clamping ring is taken out of the annular groove; the nut slides out of the joint body; sleeving a new nut; and the clamping ring is clamped. Machining interference and welding defects are avoided, and the manufacturing process is simplified.

The invention relates to the technical field of satellite measurement and control data transmission, and discloses an interference identification and filtering system for a spread spectrum measurement and control data transmission all-in-one machine. The system cooperates with the ground interference identification and extraction unit through the on-satellite measurement and control data transmission all-in-one machine. An interference-containing signal received by a measurement and control antenna on a satellite is subjected to A / D conversion and then is divided into two paths to be downloaded, one path is an original signal, and the other path is a frequency domain signal subjected to FFT conversion. And after being received by the ground, the interference identification extraction unit performs accurate analysis to generate interference frequency point parameters, and the interference frequency point parameters are uploaded to a satellite through a measurement and control uplink channel. And the satellite carries out zero-setting filtering on the interference in the frequency domain according to the parameter, and then the interference is recovered into a clean time domain signal through IFFT transformation for demodulation. According to the invention, a complex interference identification task is carried out on the ground, accurate identification and dynamic filtering of interference are realized by using the strong processing capability of the ground and manual judgment, and the anti-interference capability and reliability of the system are significantly improved.

The application discloses a multi-spindle machining tool head for high-steepness optical element machining, comprising a sensor device, a polishing component and a grinding machining component; the polishing component comprises a polishing spindle box shell, a first machining tool, a second machining tool, a torque motor, an angular contact ball bearing, a hydraulic expansion clamp and a double-end hollow spindle; the double-end hollow spindle extends out two ends from the polishing spindle box shell, the hydraulic expansion clamp is arranged on the two ends of the double-end hollow spindle and is used for fixing the first machining tool and the second machining tool; the grinding machining component comprises a grinding spindle used for clamping an optical element, a circular-arc grinding wheel used for grinding machining of the optical element and a belt pulley transmission device for providing power for the circular-arc grinding wheel; the double-end hollow spindle of the polishing component and the grinding spindle of the grinding machining component are vertically distributed. The application can flexibly replace machining tools according to machining process requirements, has a compact overall structure, effectively avoids machining interference and is suitable for machining large-aperture high-steepness optical elements.

The present application relates to satellite TT&C data transmission technical field, disclose a kind of spread spectrum TT&C data transmission integrated machine interference identification and filtering system.The system is through on-board TT&C data transmission integrated machine and ground interference identification extraction unit collaborative work.After the interference signal containing received by TT&C antenna is converted by A / D, it is transmitted in two ways: one way is original signal, another way is frequency domain signal after FFT transformation.After receiving, accurate analysis is carried out by interference identification extraction unit, interference frequency point parameter is generated, and is uploaded to on-board through TT&C uplink channel.According to the parameter, interference is zeroed in frequency domain, and is recovered as clean time domain signal after IFFT transformation to demodulate.The present application places complex interference identification task on ground, uses powerful processing capacity and artificial judgment of ground, realizes accurate identification and dynamic filtering to interference, significantly improves the anti-interference ability and reliability of system.

The invention discloses a process method for removing a plating layer on the surface of a part and a lathe positioning clamp. The clamp comprises a clamp body and a locking nut, one end of the clamp body is provided with a clamping seat formed by splicing fan-shaped blocks, the outer surface of the clamp body is a hyperbolic cylindrical surface, a cone-frustum-shaped groove is formed in the center of the clamp body, heat dissipation grooves are formed between the fan-shaped blocks, and cutter avoiding grooves are formed in the side ends of the fan-shaped blocks. The conical surface of the locking nut is matched with the cone-frustum-shaped groove, and when the locking nut is screwed in, the clamp body can expand in the radial direction to fasten the part. The sealing ring is made of a polytetrafluoroethylene material and has rigidity and wear resistance. During machining, the circular ring type part is clamped and positioned at a time, and the end face, the outer circle face and the other end face are turned through the two tool noses of the special turning tool respectively. And the cutter avoiding groove effectively avoids machining interference. The multi-surface machining clamp is reasonable in structural design, and the coaxiality and clamping efficiency of multi-surface machining of the thin-wall ring part are effectively improved.

The application provides a manufacturing process of a multi-directional tool bar avoiding machining interference, and relates to the technical field of tool bar manufacturing. The manufacturing process of the multi-directional tool bar avoiding machining interference comprises the following manufacturing steps: S1, raw material preparation, selecting an alloy bar material according to the use requirement of a customer, then cutting the alloy bar material according to the size, cleaning the surface of the cut alloy bar material after the cutting is completed, and obtaining a tool bar raw material; S2, lathe debugging, resetting and debugging the machining lathe, then clamping and fixing the tool bar raw material in the step S1 by using a lathe clamp. The lathe equipment is reset and debugged before machining, the tool bar raw material is fixed by using a lathe clamp, and the tool bar raw material is processed subsequently after center positioning again, so that the machining interference and the multi-directional tool bar are avoided during the machining process, and the machining precision of the tool bar machining is improved.

The invention discloses a laser ranging multi-machine interference filtering method, and relates to the field of laser ranging. The laser ranging multi-machine interference filtering method comprises a multi-machine frequency configuration step, a laser emitting and signal receiving step, a histogram width calculation step and an interference filtering implementation step. According to the laser ranging multi-machine interference filtering method, through the complete process of multi-machine unique emission repetition frequency configuration, emission and receiving synchronization, histogram generation and width threshold filtering, the problem that real echoes and interference echoes of local machines cannot be distinguished during multi-machine cooperative ranging is solved. Compared with an existing undifferentiated emission scheme, the interference filtering can be realized only through comparison of frequency differentiation and histogram width without depending on complex signal coding / decoding logic, the operation logic is simple and visual, meanwhile, accurate matching of the histogram width of real echoes of a local machine and the light pulse width is ensured through the synchronous working design, and the interference filtering efficiency is improved. And a stable reference is provided for threshold setting.

This invention provides an ultra-precision turning apparatus for oblique off-axis ellipsoidal mirrors, comprising a base, an ellipsoidal mirror, and a cutting tool. The base has a first side and a second side arranged opposite to each other. The first side is used to connect to the spindle of a turning machine tool. The ellipsoidal mirror has an ellipsoidal surface to be machined, and the ellipsoidal mirror is detachably connected to the second side so that the rotation center axis of the ellipsoidal mirror coincides with the rotation center axis of the spindle. The cutting tool includes a tool holder and a cutting head connected to the end of the tool holder. The ultra-precision turning apparatus provided by this invention can be installed in conjunction with a turning machine tool to achieve ultra-precision turning of oblique off-axis ellipsoidal mirrors. Compared with the traditional polishing method for preparing oblique off-axis ellipsoidal mirrors, it is more efficient, lower in cost, and also has the advantages of high machining accuracy, simple installation, and avoidance of machining interference.

The utility model discloses a gantry machining center ram with vertical and horizontal double spindles, which comprises a ram main body, a vertical mechanism and a horizontal mechanism, the vertical mechanism is arranged in a vertical spindle box, the vertical mechanism comprises a mounting rack, a vertical spindle and a vertical transmission motor, the horizontal mechanism is arranged in a horizontal spindle box, and the vertical transmission motor is connected with the mounting rack. The horizontal mechanism comprises a horizontal main shaft and a horizontal transmission motor; the horizontal spindle box and the vertical spindle box are arranged on the ram seat, and the horizontal mechanism and the vertical mechanism are respectively arranged in the horizontal spindle box and the vertical spindle box, so that the overall structure is compact, and the manufacturing cost is low; moreover, vertical machining and horizontal machining can be achieved on the same ram, the vertical main shaft and the horizontal main shaft can be replaced without moving the ram, operation is easier and more convenient, machining precision is high, the production and machining efficiency is effectively improved, and the machining interference area and the tool replacement time are reduced.

The invention relates to an automatic production line with higher production efficiency, which comprises an industrial robot, a clamping mechanism arranged at the end part of the industrial robot and used for clamping materials, at least one machining center arranged around the industrial robot and a storage mechanism used for storing blanks, a material placing piece capable of sliding and a driving element for driving the material placing piece to slide are arranged in the window, and a to-be-machined blank or a machined blank can be placed on the surface of the material placing piece; efficient man-machine interaction is achieved through the innovative structural design of the material frame, a window is arranged in the middle area of the storage mechanism, a unique structure of a sliding type material placing piece is arranged in the window, and a working area and a safe area are creatively and dynamically combined; the industrial robot can complete blank transfer through the machining gap of the machining center, continuous production is guaranteed, and the man-machine interference risk is eliminated.

The utility model discloses a consumable box which comprises a box body, an avoiding area is arranged on the bottom face of the box body, and the avoiding area is used for avoiding interference of a latch structure in the process that the consumable box is installed on an installation portion of a consumable box receiving component. The locking mechanism is arranged on the bottom surface, the locking mechanism comprises a locking piece, the locking piece is provided with a clamping part protruding towards the outer side of the box body, and the locking piece can move between a locking position and an unlocking position; when the consumable box is installed on the consumable box receiving component, the locking piece moves to the locking position, the clamping part is in limiting fit with the hollow structure on the bottom face of the installation part, and the consumable box is prevented from being disengaged. According to the consumable box, corresponding structures such as a guiding structure and a protruding part on the bottom wall are omitted, and the problems that due to inaccurate alignment of the structures or interference between the structures and a guiding convex rib of printing equipment, installation interference and clamping are caused, and installation can not be conducted in place are fundamentally solved.

The invention relates to the technical field of robot collaborative management, and particularly discloses a multi-robot collaborative cleaning scheduling method and system suitable for a photovoltaic power station, and the method comprises the steps: collecting the real-time operation state data and environment flow field vector data of all-domain robots of the photovoltaic power station, precisely extracting an operation injection vector in the real-time operation state data, and carrying out the cleaning scheduling of all-domain robots of the photovoltaic power station; professional vector superposition operation is carried out on the vector data and environment flow field vector data, and then diffusion elliptic domain model data with all robot coordinates as focuses is constructed, so that the defect that a traditional model neglects the coupling effect of an environment flow field and a robot self-produced flow field is effectively overcome; prejudgment of the diffusion range better fits the actual operation environment of the outdoor photovoltaic power station, reliable data support is provided for follow-up multi-machine interference prejudgment, the risk of secondary pollution caused by flow field prejudgment deviation is reduced from the source, meanwhile, a solid foundation is laid for fine control over multi-machine collaborative operation, and the method is suitable for popularization and application. And the collaborative consistency of the global robot operation is ensured.

Interference control and prevention can be implemented using position information received as feedback from components of an electric power machine (600). A method can include determining, based on electronic signals received from electric actuators (660) of the electric power machine (600), a position of an implement assembly coupled to the electric power machine (600). The method may also include identifying a present or commanded change in the position, corresponding to a change in a distance between the implement assembly and a portion of the electric power machine (600), and, during the present or commanded change, controlling one or more of the electric actuators (660) based on the position such that the distance is maintained to be at least a minimum distance from the portion of the electric power machine (600).