12 results about "Conical pendulum" patented technology

The present application provides a device for regulating the transport of electrolytic machining gap products by using a conical pendulum-like magnetic field. The device is used to stir the electrolyte in the electrode gap through a magnetic field, and includes an electrolytic device and a conical pendulum-like magnetic field generator composed of a plurality of electromagnets. Among them, the conical pendulum-like magnetic field generator includes a plurality of electromagnets; the electrolytic cell in the electrolytic device is arranged around the electromagnets of the conical pendulum-like magnetic field generator, and a plurality of the electromagnets are arranged at corresponding preset positions; when electrolytic machining is carried out, the specific magnetic field generated by the conical pendulum-like magnetic field generator arranged around the electrolytic cell changes the flow state of the electrolyte in the interelectrode gap and the stray corrosion distribution during the electrolytic process. By generating a conical pendulum-like magnetic field, it has an impact on stray corrosion, the transport of electrolytic products, and the homogenization of the electrolyte viscosity, thereby improving the accuracy of electrolytic dressing and the quality of the surface of the machined workpiece.

This invention provides a spray mechanism and a beauty device. The spray mechanism includes: a retainer assembly including an elastic member, the retainer assembly having an inner spherical surface; a nozzle assembly having an outer spherical surface adapted to the inner spherical surface, the nozzle assembly being fixedly connected to the elastic member so that the outer spherical surface fits against the inner spherical surface; and a drive assembly, which is kinetically connected to the nozzle assembly for driving the nozzle assembly to perform a conical pendulum motion relative to the retainer assembly. The spray mechanism of this invention provides a large spray range and a good user experience.

To solve the problem in which it is common to insert a blade-like implement into a container and rotating it in order to stir a fluid, however, this approach has drawbacks such as the labor required for cleaning the implement, and is not generally applied to cooking food, although methods of using conical pendulum motion to stir without inserting anything into the container are known, apparatuses therefor have drawbacks such as large size and are thus also not generally used, and a stirrer available in the form of an IH cooker or the like is in demand.MEANS FOR SOLVING THE PROBLEM: By connecting a table 27 to three or more rotating devices 13 or the like using hinge pins 30 or the like and causing synchronized rotational motion, the table 27 moves analogously to a weight undergoing conical pendulum motion. As a result, a rotation is generated in a fluid placed in a circular container on the table 27. No overhead structure is required to suspend the table 27, and heating from below the table 27 is also possible. The apparatus allows stable rotation with adjustable flow rates, and can be also expected to be applied to aquatic organism cultivation.SELECTED DRAWING: Figure 19

The invention discloses a conical pendulum demonstrator which is small in size and convenient to move and use, facilitates observation of angular velocity, swinging ball rope length and swinging angle, facilitates comparative observation of motion rules of swinging balls with different masses and swinging rope lengths, is controlled through voice or keys, and is simple to operate. The first motor drives the vertical rod to rotate, the size is small, the structure is compact, taking is convenient, the swing balls rapidly enter a stable swing state through the arrangement of the clamping plates on the two sides of the vertical rod, the swing angle can be fixed through the limiting comb teeth so that the swing angle can be observed after stopping, meanwhile, the multiple swing balls with different masses and rope lengths are arranged, and comparison observation is facilitated.

The utility model discloses a conical pendulum demonstrator which comprises a base, a vertical rod and a swinging ball, a first motor is arranged in the base, the driving end of the first motor is fixedly connected with the vertical rod, the swinging ball connected through a flexible connecting piece is fixed at the upper end of the vertical rod, two clamping plates are oppositely arranged on the two sides of the vertical rod, and the swinging ball and the flexible connecting piece are located in a gap between the two clamping plates. The swing ball can rotate along with the vertical rod along the fixed point to be centrifugally lifted, when the vertical rod of the conical pendulum demonstrator is driven by the first motor to rotate, the flexible connecting piece connected to the vertical rod drives the swing ball to rotate along with the vertical rod to be centrifugally lifted, and the conical pendulum demonstrator is compact in design structure, small in size and convenient to move and operate; the arrangement of the clamping plates enables the phase angle of the swing ball to be fast synchronous with the rotating speed of the vertical rod, enables the conical pendulum to move fast and to be in a stable state, prevents the phase angle of the swing ball from lagging behind the rotating speed of the rotating vertical rod for a long time after the start of rotation, and improves the use efficiency.

The invention discloses a sensor system for collecting key data in a Christmas tree installation operation process, and belongs to the technical field of oil and gas production operation equipment. The system comprises a sensor hardware module which is configured to be capable of sensing key data in a Christmas tree lowering process in real time and transmitting the key data to a software processing module; the software processing module is configured to receive the data transmitted by the sensor hardware module and accurately map the real-time three-dimensional position and action attitude of the Christmas tree; the software processing module comprises a Christmas tree three-dimensional digital model based on the structure and the size of the Christmas tree, a conical pendulum model for simulating circumferential swinging of the Christmas tree in the lowering process, and a guide installation model for simulating the three-axis space coordinate position of the Christmas tree with the geometric center of the bottom face of a guide column as the original center. The sensor system can collect key data in the Christmas tree installation operation process and transmit the data to the Unity digital twinning system in real time to achieve homomorphic mapping of Christmas tree installation operation.

1. The name of this design product: Conical Pendulum Demonstrator. 2. Purpose of this design product: physical experiment demonstration. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The utility model discloses a reaction kettle based on shaking mixing, which belongs to the technical field of reaction kettles, and comprises a mounting frame, a guide ring, a reaction tank, a stirring shaft and a power component, the mounting frame comprises a bottom frame and two rectangular frames vertically mounted on the bottom frame; the number of the guide rings is two, the two guide rings are rotationally arranged in the two rectangular frames respectively, and the two guide rings are in a coaxial state; the reaction tank is obliquely arranged between the two guide rings, the reaction tank is connected with the guide rings through movable connecting pieces, and when the guide rings rotate, the reaction tank does conical pendulum motion by taking a geometric center as a circle center. According to the reaction kettle based on shaking mixing, the reaction tank is driven by the guide ring to do conical pendulum motion, materials in the reaction tank are shaken, the mixing limitation of a traditional static or single stirring mode is effectively broken through, and the materials are more sufficiently mixed and dispersed in a three-dimensional space.

The utility model discloses a device for verifying a centripetal force expression in motion of a conical pendulum by adopting an electric spark timer, a hand-cranking lifting device is placed at the lower center position of a support, a long-shaft low-speed motor is fixed in the middle of the support, and the electric spark timer and a motor power supply box are respectively fixed on the left side and the right side of the support; an optical disc is fixed on a rotating shaft of the long-shaft low-speed motor, a layer of tin foil paper is adhered on the optical disc, and two graphite lines are suspended at two centrosymmetric positions of the optical disc; two small insulating balls are hung at the lowest ends of the two graphite wires; the electric brush is fixed on the inner side of the support right above the optical disc, the upper end of the electric brush is a metal spring end, the lower end of the electric brush is a graphite end, and the graphite end is conductive with tin foil paper on the rotating optical disc in the continuous contact friction process. The device can accurately and quantitatively verify the centripetal force expression, makes up the gap that the centripetal force expression cannot be quantitatively obtained through student experiment exploration in high school physics teaching, and has a stronger enlightenment effect on innovative thinking of students.

The utility model discloses a step machine, it includes base, and two groups of footboard subassembly of assembly on the base, still be equipped with two handrails on the base, and each handrail all is connected with the base through a connecting piece, the connecting piece supports the handrail and keeps in the vertical initial position, when the external force is applied to the handrail, the connecting piece allows the handrail to deviate from the vertical position and deflects in many directions. The handrail of the utility model adds supports the plane simple pendulum and the conical pendulum movement, can simulate a variety of motion trajectories, increase the training diversity, realize the upper limb training while carrying out the lower limb training, improve the training effect.

The present invention discloses a sensor system for collecting key data during the installation of a Christmas tree, belonging to the technical field of oil and gas production equipment. The system includes: a sensor hardware module configured to sense key data during the lowering of the Christmas tree in real time and transmit it to a software processing module; a software processing module configured to receive data transmitted by the sensor hardware module and accurately map the real-time three-dimensional position and motion posture of the Christmas tree; the software processing module includes a three-dimensional digital model of the Christmas tree based on its structure and dimensions, a conical pendulum model that simulates the circular swing of the Christmas tree during the lowering process, and a guide installation model that simulates the three-axis spatial coordinate position of the Christmas tree with the geometric center of the bottom surface of the guide column as the origin. The present invention is a sensor system that can collect key data during the installation of the Christmas tree and transmit the data in real time to the Unity digital twin system to achieve homomorphic mapping of the Christmas tree installation operation.

The invention belongs to the technical field of high-speed wind tunnel tests, and particularly relates to a flexible test piece high-speed wind tunnel protection device and a design method and a test method thereof. The protection device comprises a conical pendulum connected with the tail end of the flexible test piece, a vertical protection ring sleeved in front of the conical pendulum, and a plurality of protection ring traction ropes connected to the protection ring; the control system tensions and loosens the protection ring traction rope through the driving motor to adjust the height of the protection ring. The protection device is simple in structure, reasonable in strength, low in cost, small in pneumatic interference on the flexible test piece and convenient to operate on site. The design method fully considers the aerodynamic characteristics of the test piece, and can be popularized and applied to protection device design of similar tests. According to the test method, full-process automatic control is realized through communication with a wind tunnel control system, the control mode is convenient, the position of the protection device can be accurately adjusted, the test efficiency is improved, and the working intensity is reduced.