98 results about "Linear machine" patented technology

For closing bottles with sterile caps, the caps are placed in a non-sterile environment in a vertical arrangement and are supplied vertically to a first sterile area. The interior of the caps is arranged to be accessible horizontally. The caps are sterilized in the first sterile area and transferred to a second sterile area where the caps are placed onto bottles. Subsequently, the bottle is closed with the cap. The machine for sterile closing of bottles with caps has a sterilization device with an individualization device for picking up caps and a vertical transport path feeding the caps to the sterilization chamber. A placing device receives the caps from the sterilization device and places the caps onto bottles. A closing device closes the bottles with the cap placed thereon. The sterilization device, the placing device, and the closing device operate as synchronized modules of a linear machine.

The present invention provides a method of sensorless control of a linear reciprocating electrodynamic machine used for driving a thermoacoustic device, and/or a similar frequency dependent load. Sensorless control is accomplished by estimating the state of predetermined performance parameters at the linear machine through the use of a system model. Thereafter, the method comprises providing a control means operative to obtain the estimated performance parameters and cause manipulation of at least one input parameter to the linear machine such that desired performance parameters are obtained in view of the estimated performance parameters.

The invention belongs to the transformer production equipment technology field, and especially relates to a transformer pipe penetrating, winding and rubber coating all-in-one machine. The machine comprises a machine base, a driving device, a rotating main shaft displacement device, a wire rod pipe penetrating conveying device, a wire head and wire tail pin winding guide pin device and a double-side rubber coating device. The machine base is provided with a portal frame. The driving device comprises a first guide rail, a first driving mechanism, a moving mechanism, a first linear mechanism anda second linear mechanism, the first guide rail is arranged on the portal frame, the moving mechanism is connected with the first guide rail, the first driving mechanism drives the moving mechanism,the first linear mechanism is arranged on the machine base, and the second linear mechanism is arranged on the first linear mechanism. The rotating main shaft displacement device is arranged on the second linear mechanism. The wire rod pipe penetrating conveying device is arranged on the portal frame, and the wire head and wire tail pin winding guide pin device comprises a wire head pin winding mechanism and a wire tail pin winding mechanism. The double-side rubber coating device is arranged on the machine base. The machine has the advantages that a component moving stroke can be reasonably distributed, and production efficiency of a transformer is improved.

Linear machine with a stator and a rotor, which are separated by an air gap and have at least one stator coil and/or one rotor coil respectively. The stator or rotor has a soft magnetic iron body with a stator back or rotor back, on which grooves are formed at a distance from each other, forming teeth. In the grooves, multiple conductor bars of the stator coil or rotor coil are arranged in rows. On the faces of the stator or rotor, end connectors which connect the conductor bars and extend over multiple grooves are present. Each conductor bar has a cavity on the face of at least one of its ends. Each end connector has an extension, which is arranged and dimensioned in such a way as to engage in an electrically conducting manner into the respective cavity of the conductor bar, on its section facing the respective front end of the conductor bars.

The off-line testing equipment of electromagnetic performance of long-stator linear motor includes a testing platform, on its surface a guideway is set, one end of said testing platform is equipped with a fixed supporting frame on which one end of a pulling sensor with high accuracy is connected, said testing platform also is equipped with several fastening bolts. Said off-line testing equipment also includes a rotor steel plate connected with the above-mentioned guideway by means of supporting frame, said rotor steel plate has several holes, every hole interior is equipped with a group of electrodynamic induction coils, every group container three electrodynamic induction coils, and every induction coil is series-connected with A.C. electric meter. The long-stator to be tested is fixed on the testing platform.

The invention discloses an integrated packaging device for a surface-mounted diode. The device comprises a conveying mechanism; a glue groove which is arranged on one side of the conveying mechanism in the length direction; a chip bearing mechanism which comprises a first bracket and two groups of first four-way limiting plates formed on the first bracket, wherein a chip template is arranged between each group of first four-way limiting plates; a first stroke mechanism which is located at one end of the glue groove and comprises a first lifting mechanism, a first horizontal linear mechanism and a core adhering plate; a jump piece bearing mechanism which comprises a second bracket and two groups of second four-way limiting plates formed on the second bracket, wherein a jump piece template is arranged between each group of second four-way limiting plates; and a second stroke mechanism which comprises a second lifting mechanism, a second horizontal linear mechanism and a pneumatic suctioncup. By means of a core feeding mechanism, a jump piece pasting mechanism and the like which are arranged along a lead frame conveying line, the stepping type continuous conveying of lead frames is achieved, gluing, core pasting and core feeding can be efficiently completed, jump piece pasting can be completed in the conveying process, and the process efficiency is greatly improved.

A linear propulsion system (10) and method of assembling and testing the same is disclosed. The linear propulsion system (10) may comprise a track (30), a vehicle (14), a mover (44) mounted to the vehicle (14), and a dual inverter system (48). The track (30) may comprise a first plurality (36) of stator sections (45) interleaved with a second plurality (38) of stator sections (45). The dual inverter system (48) may include first and second multi-phase inverters (52a, 52b) that share input hardware (54).

The invention relates to a device for calibrating the temperature field of a verification furnace automatically using standard thermocouples. The device includes a base, a fixing mechanism used for fixing standard thermocouples, a linear mechanism capable of fixing and driving a mobile thermocouple arranged in parallel with a standard thermocouple to move along the length direction of the standard thermocouple, a rotary mechanism capable of fixing and driving a rotary thermocouple arranged in parallel with a standard thermocouple to rotate about the standard thermocouple with the axis of the standard thermocouple as the center, and a controller. During use, a stepper motor is controlled through a main switch and a command button or software on a touch screen, the linear mechanism and the rotary mechanism are driven to move, and the standard thermocouple for linear motion and the standard thermocouple for rotation are driven to move. The thermal electromotive force measured is transmitted to the controller, the temperature at a measuring point in a furnace is calculated, and the temperature and the temperature field are displayed on the touch screen until the end of test, calibration or verification.

The invention discloses a roller conveyer with an object reversing function. The roller conveyer comprises a reversing machine frame and a linear machine frame. First installing grooves are formed inthe reversing machine frame. First electric telescopic rods are arranged at the inner top ends of the first installing grooves. Meanwhile, first universal wheels are arranged at the lower ends of thefirst electric telescopic rods. The linear machine frame is arranged on the right side of the reversing machine frame. The inner side wall of the linear machine frame is rotationally connected with second power rollers. Third gears are arranged on the second power rollers. The third gear on the right side is connected with a gear shaft through a fourth chain. A third motor is arranged on the reversing machine frame. By means of the roller conveyer with the object reversing function, by arranging a first motor, a first rotating shaft, a rotating table and second universal wheels, the rotating table is driven by the first rotating shaft to adjust the direction under the action of the first motor according to actual situations, so that objects can be conveniently conveyed in multiple directions; and the second universal wheels slide in cooperation with an annular slide rail, so that the effect of stably supporting the rotating table is realized.

The invention discloses a miniature linear machining center based on an electromagnetic clutch principle and a using method thereof. The miniature linear machining center comprises an electromagnetic clutch type tool changing locking mechanism, a pressure bonding type anti-falling positioning base, an integrated protection type lifting driving sleeve and an elastic telescopic tool fixing transmission mechanism. The invention belongs to the technical field of integrated machining, and particularly relates to the miniature linear machining center based on the electromagnetic clutch principle and the using method. The position of a tool rest is fixed through an electromagnetic clutch structure, and the relative fixing strength of a workpiece and the base is improved through the base based on pressure-sensitive adhesive under the condition that excessive limiting structures do not exist; and the tool changing action is conducted through the tool capable of elastically stretching out and drawing back, and the problems that a small integrated machining center in the current market is complex in structure, low in integration level, high in maintenance difficulty, tedious in operation step and the like are effectively solved.

The invention discloses a displacement detection wheel, a robot chassis and a movable robot. The displacement detection wheel comprises a fixed support, an axle and a displacement wheel rotationally installed on the axle. The end face of the axle is in rigid connection with a magnetoelectric encoder. The displacement wheel is in rigid connection with a strong magnet arranged face to face with themagnetoelectric encoder at an interval. The axle is connected with the fixed support through a Hawken linear mechanism. A torsional spring used for pushing the displacement wheel to be tightly attached to the ground is connected between the Hawken linear mechanism and the fixed support. According to the displacement detection wheel, the displacement wheel is free of transverse displacement duringupward movement through the Hawken linear mechanism, and the displacement detection wheel can be installed conveniently on the premise that an existing regional space is not changed; force is applieddownwards to the displacement wheel through the torsional spring, the displacement wheel is tightly attached to the ground, and then slipping of the displacement wheel can be effectively avoided; andthe strong magnet and the magnetoelectric encoder are installed on the displacement wheel and the axle, the displacement of the robot is measured by the magnetoelectric encoder, and the cost is low.

A method for registering machine tool and profilometer coordinates, wherein the machine tool defines a C-axis having a zero position, C=0, comprises loading a sacrificial workpiece into the machine tool; cutting several first features in a surface of the sacrificial workpiece and producing a linear machine tool motion across the workpiece; determining the centroid of each first cut feature; fitting a line to the centroids of the first cut features; and measuring angle θ₀ of the line relative to the C-axis zero position. The angle θ₀ is the departure in profilometer coordinates from the C=0 line. The method includes moving the machine tool to a fixed radius; cutting several second features in a surface of the sacrificial workpiece and producing a circular machine tool motion across the workpiece; determining the centroid of each second cut feature; fitting a circle to the centroids of the second cut features; and determining a center of the circle. The center of the circle is the machine tool center in profilometer coordinates.

The present invention relates to a piston engine (1). Said engine comprises a housing (2) and a piston (3). The piston (3) is magnetically and movably disposed in the housing (2). A device (7) for magnetically supporting the piston (3) is fixedly mounted relative to the housing (2). A linear machine (15) in conjunction with the magnetic bearing of the piston (3) can prevent friction and thus result in a machine for converting mechanical into electric energy without having to lubricate and with reduced mechanical effort.

The invention discloses a wafer feeding device and a wafer film pasting device. The wafer feeding device comprises a grabbing mechanism, a switching mechanism and a bearing mechanism, wherein the grabbing mechanism comprises a first vertical air cylinder, a pneumatic suction cup arranged at the movable end of the first vertical air cylinder and a zigzag-shaped frame, the fixed end of the first vertical air cylinder is connected to one end of the zigzag-shaped frame, the other end of the zigzag-shaped frame is connected with a rotating shaft, the rotating shaft is connected with an output shaft of a rotating motor, the rotating shaft is rotationally matched with the pair of supporting plates, the supporting plates and the rotating motor are arranged on a sliding base, and the sliding base is arranged on a first linear mechanism; the switching mechanism comprises a second linear mechanism arranged above the grabbing mechanism, a distance adjusting mechanism arranged at the movable end of the second linear mechanism, a pair of second vertical air cylinders connected with the distance adjusting mechanism, and a switching frame connected to the movable ends of the second vertical air cylinders; and the bearing mechanism comprises a bearing table arranged on the base through a supporting column and is used for bearing a wafer. The wafer film pasting device comprises the wafer feeding device, a film pasting assembly and the like. Automatic wafer feeding and automatic film pasting are achieved, the labor intensity is reduced, automatic operation is achieved, and the efficiency is high.

Disclosed herein are methods for continuous processing of a thin, flexible glass ribbon through various processing zones and maintaining a concave or substantially linear machine directional (MD) and/or cross-directional (CD) curvature of the flexible glass ribbon through at least two or more contiguous zones in the process. Apparatuses for the continuous processing of a thin, flexible glass ribbon while maintaining a desired MD and/or CD curvature are also disclosed herein.

Disclosed herein are linear hydraulic turbines in which the linear machine converts the majority of available energy in the flowing water into useful torque directly in the runner, leaving the outflow with very little velocity.