46results about How to "Eliminate transmission errors" patented technology

The invention discloses a micro double-spindle false tooth repair machine. The false tooth repair machine comprises a base (40) and a first electric spindle system (20), a second electric spindle system (90), electric cabinets (10) and a workpiece rotating mechanism (70) which are arranged on the base (40). The false tooth repair machine is characterized in that: the first electric spindle system (20) and the second electric spindle system (90) are arranged coaxially, and cutters arranged on the first electric spindle system (20) and the second electric spindle system (90) and a workpiece arranged on the workpiece rotating mechanism (70) extend into a machining space (60) and are arranged vertically in a horizontal plane; the first electric spindle system (20) and the second electric spindle system (90) are arranged on respective X-axial feeding mechanisms (30); the workpiece rotating mechanism (70) is arranged on a Y-axis feeding mechanism (100), the Y-axis feeding mechanism (100) is arranged on a Z-axis feeding mechanism (120), and the Z-axis feeding mechanism (120) is arranged on the base (40); and a tool magazine system (50) is also arranged on the Y-axis feeding mechanism (100). The false tooth repair machine has the advantages of simple structure, small volume, high machining precision and convenience in operation.

The invention discloses a tomography system inside a blood vessel. The tomography system comprises an imaging catheter, an optical fiber movement controller, a tomography module, a data collecting module and a data processing and displaying module which are connected in sequence. The light emitted by the tomography module is transmitted to the imaging catheter through the optical fiber movement controller, the light is concentrated on a target blood vessel wall through the imaging catheter, and the optical fiber movement controller drives the imaging catheter to conduct rectilinear motion inside a target blood vessel at the same time of rotating at a high speed. The reflected light of different layers of the target blood vessel wall is collected and transmitted to the optical fiber movement controller and the tomography module in sequence by the imaging catheter, the tomography module demodulates the received reflected light into intensity information and then converts the intensity information into electrical signals, the data collecting module collects and transmits the electrical signals to the data processing and displaying module, and the data processing and displaying module processes, generates and displays cross-section image information of the blood vessel. By means of the tomography system inside the blood vessel, the high-speed tomography of the blood vessel can be achieved.

The invention provides a cam contour detecting system based on a direct drive motor. The cam contour detecting system has the advantages of simple structure, high detection accuracy and higher efficiency and comprises a direct drive motor, a mandrel coaxially and fixedly arranged on a rotor of the direct drive motor and used for driving a cam to rotate synchronously and coaxially, a screwpair horizontally arranged at one side of the cam, a laser measuring head on a traveling nut of the screwpair, a grating ruler displacement sensor for measuring the horizontal displacement of the traveling nut, a circular grating arranged in the direct drive motor fixing seat and used for detecting the rotational angle of the rotor and an industrial control computer; and the industrial control computer isused for controlling the direct drive motor and the screwpair to act, and obtaining the outer contour data of the cam, according to the data measured by the laser measuring head, the grating ruler displacement sensor and the circular grating.

The invention provides a cam profile detection system based on a direct driving motor, and the system is simple in structure and high in detection precision and efficiency. The system comprises the direct driving motor, a mandrel, a feed screw nut pair, a laser measurement head, a grating ruler displacement sensor, a circular grating and an industrial personal computer, wherein the mandrel is coaxially fixedly arranged on the rotor of the direct driving motor and is used for driving a cam to coaxially rotate synchronously; the feed screw nut pair is horizontally arranged at one side of the cam; the laser measurement head is arranged on the movable nut of the feed screw nut pair; the grating ruler displacement sensor is used for measuring the horizontal displacement amount of the movable nut; the circular grating is arranged in the fixed seat of the direct driving motor and is used for detecting the rotation angle of the rotor; and the industrial personal computer is used for controlling the actions of the direct driving motor and the feed screw nut pair, and obtaining outer profile data of the cam according to data obtained by the laser measurement head, the grating ruler displacement sensor and the circular grating.

The invention discloses an accurate positioning storage bin. The accurate positioning storage bin comprises a storage bin frame, workpiece lifting mechanisms and a workpiece horizontal rotary conveying mechanism; the workpiece horizontal rotary conveying mechanism comprises a first motor which is arranged on the storage bin frame, a rotary disc which is connected with a first motor rotor and workpiece loading mechanisms which are arranged along the peripheral direction of the rotary disc at equal intervals; and two sets of workpiece lifting mechanisms are arranged and are distributed opposite to the two sets of workpiece loading mechanisms, and each workpiece lifting mechanism comprises a clamping jaw for conveying workpieces on the workpiece loading mechanisms and a drive device for driving the clamping jaw to lift and descend. According to the accurate positioning storage bin, the first motor drives the rotary disc so as to drive the workpiece loading mechanisms to rotate horizontally, so that the transmission error existing in conventional storage bin chain wheel and chain transmission is eliminated, the repeat positioning precision along the horizontal direction is high, and a manipulator of processing equipment can accurately take and store materials; and moreover, a plurality of workpiece loading mechanisms can be arranged on the same rotary disc, the loading capacity of the storage bin is large and the storage bin occupies a small area.

The invention relates to a special lifting adjusting mechanism for a bottle-making machine pressed mouth forming device, wherein the special lifting adjusting mechanism comprises a machine frame, and a driving mechanism for driving a lifting shaft, the lifting shaft and a lifting sleeve which are successively assembled on the machine seat; the top end of the lifting shaft and a base of the pressed mouth forming mechanism are connected into a whole, and output of the driving mechanism is in thread or intertooth meshing connection with the lifting shaft. Through a rotary driving way of thread or intertooth meshing of the driving mechanism, the adjusting mechanism adopts a direct-driving linear adjusting control way for height positioning of the lifting shaft, the displacement amount of the lifting shaft can be accurately adjusted, accurate positioning of the height of the pressed mouth forming device is ensured, and the product qualified rate of pressed mouth forming of a bottle body reaches more than or equal to 98%. The stable and reliable production quality and production efficiency of a bottle-making machine are further improved.

The invention provides a detection method of a cam profile detection system based on a direct drive motor, which is simple in structure and higher in detection precision and efficiency. The cam profile detection system comprises the direct drive motor, a mandrel coaxially fixed to a rotor of the direct drive motor and used for driving a cam to synchronously and coaxially rotate, a lead screw nut pair horizontally arranged on one side of the cam, a laser measurement head arranged on a movable nut of the lead screw nut pair, a grating ruler displacement sensor for measuring the horizontal displacement of the movable nut, a round grating arranged in a fixing seat of the direct drive motor and used for detecting a rotation angle of the rotor, and an industrial personal computer, wherein the industrial personal computer is used for controlling the direct drive motor and the lead screw nut pair to act, and obtaining the external profile data of the cam according to the measurement data of the laser measurement head, the grating ruler displacement sensor and the round grating.