33results about How to "Ensure smooth continuity" patented technology

The invention belongs to the field of aircraft toys and discloses a disc-shaped aircraft toy. The disc-shaped aircraft toy comprises a toy body, a control module, a battery, three or more than three rotor power components and a remote controller, wherein the control module, the battery and the rotor power components are arranged on the toy body; the remote controller is wirelessly connected with the control module; and the disc-shaped aircraft toy is characterized in that the rotor power components are uniformly distributed with the center of the toy body. According to the disc-shaped aircraft toy, the rotor power components are uniformly distributed; the disc-shaped aircraft toy can fly by keeping balance without using other parts like balancing rods; the structural defect of a single-paddle type aircraft toy is overcome; and the disc-shaped aircraft toy is more easily operated, is more stable in flying and is richer in flying actions.

There is provided a method of generating instructions for manufacturing a microstructure by a manufacturing device, comprising: providing a representation of a freeform tile, providing a representation of a deformation map that maps a parameter space to a space of an object, arranging a plurality of instances of the freeform tile within at least a portion of a domain of the deformation map to create a tile arrangement, creating a representation a microstructure of the object by composing the tile arrangement into the deformation map, and providing code instructions for execution by a manufacturing device controller of a manufacturing device for manufacturing the microstructure.

The invention provides an image quality adjusting method and device and a readable storage medium. The method comprises the steps of enabling a display equipment system to select a focus region of a target image, and outputting a mapping relation curve of an input brightness value and an output brightness value of the target image; and then calculating a pixel input brightness value range of the target image focus region, performing proportional adjustment according to upper and lower edge coefficients of the input brightness value range to obtain new upper and lower edge coefficients, and finally adjusting the target image focus region according to the new upper and lower edge coefficient adjustment mapping relation curve. According to the invention, the image region in which a user is interested is set as the focus region of the target image, and the contrast level of the target image is adjusted by adjusting the order of the linear Bezier curve or the adjustment factors of the upperand lower edge coefficients of the input brightness value range, so that the smoothness of the image brightness adjustment change is ensured; and the consistency of the adjusted image picture is ensured, the contrast level of the specific region of the image picture is improved, and the image quality of the image is more distinct and abundant.

The invention discloses improved heat exchange fin production equipment, and relates to the technical field of heat exchange fin production equipment. The equipment comprises a supporting base, guide mechanisms, a top plate and push plate mechanisms, hydraulic cylinders are arranged at the left front side and the right rear side of the supporting base correspondingly, and a gas base is fixed to the center of the upper portion of the supporting base; and a lower die supporting base is fixed to the upper portion of the gas base, the guide mechanisms are vertically arranged at the left side and the right side of the upper portion of the supporting base respectively, the top plate is arranged at the top ends of the guide mechanisms, and the push plate mechanisms are arranged at the front side and the rear side of an upper die base respectively. The improved heat exchange fin production equipment is further provided with two die pressing and lifting power structures besides two guiding and buffering structures, good assistance is provided for vertical movement of an upper die part, the problem that mold opening and closing actions are not coherent and not timely due to aging of production equipment is solved, the service life of the improved heat exchange fin production equipment is effectively prolonged, and the comprehensive use effect of the improved heat exchange fin production equipment is effectively improved.

To solve the problem that the presence of formaldehyde in the process of purifying polyoxymethylene dimethyl ether by rectification is difficult for long-term continuous production and operation, a technical solution including the following steps is adopted: the reaction equilibrium mixture obtained by the reaction synthesis unit is firstly processed in the first The separation tower removes the methylal to obtain the first tower still liquid; the first tower still liquid enters the purification tank and contacts with the chemical treatment liquid to obtain PODE containing 2～8 Purified feed liquid; Purified feed liquid enters the second rectifying tower, separates the second cut that comprises PODE2, methyl alcohol and water from the top, and the tower still obtains the second tower bottom liquid; The second cut enters the third rectifying tower, by The third fraction containing methanol and water is separated from the top of the third rectifying tower to obtain the third tower still liquid, which is a high-purity PODE2 product; the second tower still liquid enters the fourth rectifying tower, and the fourth rectifying tower The fourth rectifying tower product cut is separated at the top of the tower; the fourth rectifying tower product cut is PODE 3～4 or PODE 3～5 .

The invention discloses a magnetic-suspension-type flat knitting machine front movement device. The magnetic-suspension-type flat knitting machine front movement device comprises a needle bed and a flat knitting machine front. The flat knitting machine front comprises an upper machine front body and a lower machine front body which are connected with each other; a machine front support parallel tothe needle bed is arranged over the needle bed, and the two ends of the machine front support are fixed to the needle bed through a machine front installing support; the upper machine front body sleeves the machine front support and horizontally reciprocates in the length direction of the machine front support; the lower machine front body horizontally reciprocates in the length direction of needle plates on the needle bed; electromagnets are arranged on the left side face and the right side face in the upper machine front body, electromagnets and machine front supporting pulleys are arrangedon the upper side face inside the upper machine front body, a permanent magnet array is arranged on the lower side face in the upper machine front body, the polarities of every two adjacent permanentmagnets in the permanent magnet array are opposite, permanent magnets are arranged on the left side face, the right side face and the upper end face of the machine front support, and a linear electromagnet array is arranged on the lower end face of the machine front support. The magnetic-suspension-type flat knitting machine front movement device is not only high in stability but also low in cost.

The technical problem to be solved in the present invention is the difficulty in long-term continuous production and operation caused by the presence of formaldehyde in the process of refining polyoxymethylene dimethyl ether by rectification. Reaction equilibrium mixture, firstly separate and remove the first fraction mainly containing methylal, obtain the first tower bottom liquid, this material enters the purification tower from the bottom, and obtains methanol and PODE from the top of the tower 2‑8 The feed liquid of the purification tower; the feed liquid of the purification tower enters the dehydration tower, the second rectification tower and the third rectification tower in turn, and methanol-water fraction, PODE 2 Products and PODEs 3～4 / PODE 3～5 product.

The invention discloses a drainage device for effusion in cardiovascular medicine, which comprises a fixed frame and a drainage bottle. The drainage bottle is fixed on the fixed frame through a connecting mechanism. The shunt bottle connected to the bottom of the shunt tube; the fixed frame includes a base, a support rod, a sleeve and a support plate, and the surface of the support rod is provided with a scale groove that runs through the support rod in the horizontal direction, and a horizontal rod is fixed in the scale groove, and the horizontal rod can be moved along the The scale groove slides up and down; the sleeve is provided with a round hole that runs through the sleeve in the horizontal direction; there are at least four storage slots on the support plate, and a fixed ring with the same aperture as the storage slot is provided on the storage slot, and the side wall of the fixed ring is far away from the support rod One side is fixedly connected to the "inverted T"-shaped plate; the shunt bottle is set in the storage tank, and the bottle body is set on the upper surface of the "inverted T"-shaped plate; the invention has simple structure, convenient and quick use, high safety, and high precision. The drainage is smooth and continuous, and the labor intensity is reduced.

The invention provides a method for preparing zirconium oxide nanometer fiber through bubble spinning. The method comprises the following concrete steps of at room temperature, firstly, dissolving zirconium salts into a solvent; then, performing mixing and stirring with nanometer particles for inhibiting the growth of zirconium oxide colloidal particles by using a dispersing agent; adding polymers to obtain a bubble spinning solution; inputting the spinning solution into a liquid storage pool of bubble spinning equipment; meanwhile, connecting a positive electrode spinning jet to a high-voltage power supply to perform bubble spinning; obtaining a composite nanometer fiber membrane on a negative electrode receiving plate; performing pre-oxidation in a baking oven; then, putting the composite nanometer fiber membrane into a vacuum box type furnace to be subjected to calcination treatment; then, putting the composite nanometer fiber membrane into a muffle furnace to be subjected to high-temperature calcination; finally obtaining the zirconium oxide nanometer fiber membrane. The method provided by the invention has the advantages that the preparation process is simple; the cost is low; the volume of production is great; the scale mass production can be conveniently realized; meanwhile, good high-temperature-resistant performance is realized; the application prospects are wide.